library(CMOS65) { technology (cmos) ; delay_model : table_lookup ; in_place_swap_mode : match_footprint ; simulation : false ; comment : "Scaled using Berkeley Predictive Models"; library_features (report_delay_calculation); /***********************************/ /***** LIBRARY VALUE UNITS *****/ /***********************************/ /* area : cells delay : nano-seconds capacitance : pico-Farads resistance : kilo-Ohms wire length : microns temperature : degrees Celsius voltage : Volts */ time_unit : "1ns"; voltage_unit : "1V"; pulling_resistance_unit : "1kohm"; capacitive_load_unit(1,pf); current_unit : "1mA"; leakage_power_unit : "1nW"; /********************************************/ /***** NOMINAL OPERATING CONDITIONS *****/ /********************************************/ nom_process : 1.00 ; /* Actual values are worst-case, to match the */ nom_temperature : 25.0 ; /* data derived from DCL rules, which are wc. */ nom_voltage : 0.8 ; /*******************************************/ /***** Twc, Vwc, Pwc *****/ /*******************************************/ operating_conditions(T25) { process : 1.00 ; temperature : 25; voltage : 0.8 ; tree_type : "balanced_tree" ; } /*******************************************/ /***** Default Condition ******/ /*******************************************/ default_operating_conditions : T25 ; /***************************************************/ /***** TRANSITION DEGRADATION INFORMATION *********/ /***************************************************/ /***** Slopes used in the transition degradation formula (.lib) */ define ("slew_multiplier","library","float"); define ("delay_multiplier","library","float"); slew_multiplier : 2.2 ; delay_multiplier : 1.0 ; /***** Template/Lookup Table for transition degradation */ lu_table_template(trans_deg) { variable_1 : output_pin_transition; variable_2 : connect_delay; index_1 (" 0.0, 0.01, 100.0 "); index_2 (" 0.0, 100.0 "); } /***** Tables for transition degradation */ rise_transition_degradation(trans_deg) { values("0.0, 0.0" \ "0.01, 220.01 "\ "100.0, 320.0"); } fall_transition_degradation(trans_deg) { values("0.0, 0.0" \ "0.01, 220.01 "\ "100.0, 320.0"); } /************* Trip Points . . .delay and slew attributes **************/ input_threshold_pct_rise : 50 ; input_threshold_pct_fall : 50 ; output_threshold_pct_rise : 50 ; output_threshold_pct_fall : 50 ; slew_lower_threshold_pct_fall : 10 ; slew_upper_threshold_pct_fall : 90 ; slew_lower_threshold_pct_rise : 10 ; slew_upper_threshold_pct_rise : 90 ; slew_derate_from_library : 1.0 ; /********************************/ /***** WIRE-LOAD MODELS *****/ /********************************/ wire_load("NONE") { /* Turn off wire loading */ capacitance : 0.0 ; resistance : 0.0 ; area : 0.0 ; slope : 1.0 ; /* Doesn't matter */ fanout_length(1,1.0) ; /* Doesn't matter */ } wire_load(ZWM) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.000000 ; fanout_length(1, 0.006000) ; } wire_load(1K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.011000 ; fanout_length(1, 0.011000) ; } wire_load(2K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.013000 ; fanout_length(1, 0.013000) ; } wire_load(5K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.016000 ; fanout_length(1, 0.016000) ; } wire_load(10K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.018000 ; fanout_length(1, 0.018000) ; } wire_load(20K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.022000 ; fanout_length(1, 0.022000) ; } wire_load(50K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.026000 ; fanout_length(1, 0.026000) ; } wire_load(100K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.030000 ; fanout_length(1, 0.030000) ; } wire_load(200K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.036000 ; fanout_length(1, 0.036000) ; } wire_load(500K_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.043000 ; fanout_length(1, 0.043000) ; } wire_load(1M_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.050000 ; fanout_length(1, 0.050000) ; } wire_load(2M_CELLS_DEF) { capacitance : 0.241110 ; resistance : 0.241184 ; area : 0 ; slope : 0.059000 ; fanout_length(1, 0.059000) ; } /********************************/ /****wire_load_selection group***/ /********************************/ wire_load_selection("DEFAULT") { wire_load_from_area ( 1, 2, "ZWM") wire_load_from_area ( 2, 250, "1K_CELLS_DEF") wire_load_from_area ( 250, 500, "2K_CELLS_DEF") wire_load_from_area ( 500, 1250, "5K_CELLS_DEF") wire_load_from_area ( 1250, 2500, "10K_CELLS_DEF") wire_load_from_area ( 2500, 5000, "20K_CELLS_DEF") wire_load_from_area ( 5000, 12500, "50K_CELLS_DEF") wire_load_from_area ( 12000, 25000,"100K_CELLS_DEF") wire_load_from_area ( 25000, 40000,"200K_CELLS_DEF") wire_load_from_area ( 40000, 125000,"500K_CELLS_DEF") wire_load_from_area ( 125000, 250000, "1M_CELLS_DEF") wire_load_from_area ( 250000, 500000, "2M_CELLS_DEF") } /********************************/ /***** DEFAULT WIRE LOADS *****/ /********************************/ default_wire_load : 500K_CELLS_DEF ; default_wire_load_selection : DEFAULT ; default_wire_load_mode : enclosed ; /*******************************************/ /***** DEFAULT PIN/CELL ATTRIBUTES *****/ /*******************************************/ default_fanout_load : 1.0 ; default_max_transition : 2.0 ; default_cell_leakage_power : 0.0 ; default_input_pin_cap : 1.0 ; default_inout_pin_cap : 1.0 ; default_output_pin_cap : 0.0 ; /*******************************************/ /***** SCALING K_FACTORS ON DELAYS *****/ /*******************************************/ k_process_pin_cap : 0.0 ; k_temp_pin_cap : 0.0 ; k_volt_pin_cap : 0.0 ; k_process_wire_res : 1.3 ; k_temp_wire_res : 0.0045 ; k_volt_wire_res : 0.00 ; k_temp_cell_rise : 0.0021 ; k_temp_cell_fall : 0.0021 ; k_temp_rise_transition : 0.0021 ; k_temp_fall_transition : 0.0021 ; k_volt_cell_rise : -0.33 ; k_volt_cell_fall : -0.33 ; k_volt_rise_transition : -0.33 ; k_volt_fall_transition : -0.33 ; k_process_cell_rise : 1.0 ; k_process_cell_fall : 1.0 ; k_process_rise_transition : 1.0 ; k_process_fall_transition : 1.0 ; /*******************/ /* TEMPLATES */ /*******************/ lu_table_template(CONSTRAINT_INIT_A) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } lu_table_template(DELAY_INIT_A_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 0.5000 , 1.0000 , 1.5000 "); } power_lut_template(POWER_INIT_A_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 0.5000 , 1.0000 , 1.5000 "); } power_lut_template(INPUT_PIN_POWER_INIT_A_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_INIT_A_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 0.2000 , 0.5000 , 1.0000 , 1.5000 "); } lu_table_template(CONSTRAINT_DEF_0) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_0_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_0_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_0_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_0_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_0_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_0_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_0_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_0_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_0_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_0_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_1) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_1_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_1_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_1_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_1_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_1_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_1_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_1_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_1_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_1_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_1_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_2) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_2_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_2_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_2_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_2_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_2_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_2_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_2_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_2_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_2_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_2_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_4) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_4_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_4_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_4_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_4_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_4_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_4_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_4_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_4_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_4_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_4_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_8) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_8_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_8_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_8_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_8_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_8_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_8_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_8_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_8_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_8_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_8_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_A) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_A_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_A_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_A_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_A_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_A_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_A_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_A_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_A_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_A_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_A_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_B) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_B_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_B_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_B_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_B_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_B_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_B_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_B_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_B_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_B_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_B_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_C) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_C_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_C_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_C_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_C_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_C_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_C_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_C_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_C_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_C_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_C_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_D) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_D_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_D_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_D_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_D_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_D_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_D_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_D_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_D_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_D_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_D_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_E) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_E_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_E_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_E_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_E_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_E_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_E_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_E_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_E_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_E_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_E_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_F) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_F_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_F_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_F_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_F_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_F_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_F_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_F_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_F_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_F_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_F_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_H) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_H_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_H_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_H_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_H_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_H_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_H_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_H_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_H_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_H_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_H_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_I) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_I_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_I_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_I_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_I_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_I_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_I_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_I_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_I_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_I_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_I_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_J) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_J_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_J_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_J_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_J_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_J_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_J_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_J_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_J_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_J_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_J_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_K) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_K_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_K_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_K_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_K_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_K_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_K_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_K_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_K_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_K_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_K_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_L) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_L_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_L_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_L_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_L_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_L_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_L_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_L_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_L_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_L_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_L_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_M) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_M_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_M_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_M_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_M_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_M_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_M_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_M_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_M_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_M_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_M_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_N) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_N_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_N_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_N_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_N_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_N_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_N_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_N_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_N_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_N_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_N_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_O) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_O_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_O_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_O_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_O_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_O_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_O_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_O_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_O_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_O_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_O_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_P) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_P_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_P_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_P_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_P_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_P_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_P_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_P_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_P_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_P_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_P_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_Q) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Q_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Q_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_Q_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_Q_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Q_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Q_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_Q_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Q_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Q_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_Q_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_R) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_R_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_R_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_R_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_R_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_R_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_R_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_R_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_R_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_R_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_R_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_S) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_S_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_S_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_S_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_S_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_S_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_S_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_S_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_S_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_S_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_S_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_T) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_T_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_T_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_T_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_T_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_T_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_T_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_T_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_T_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_T_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_T_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_U) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_U_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_U_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_U_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_U_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_U_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_U_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_U_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_U_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_U_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_U_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_V) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_V_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_V_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_V_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_V_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_V_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_V_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_V_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_V_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_V_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_V_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_W) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_W_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_W_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_W_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_W_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_W_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_W_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_W_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_W_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_W_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_W_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_X) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_X_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_X_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_X_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_X_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_X_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_X_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_X_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_X_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_X_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_X_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_Y) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Y_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Y_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_Y_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_Y_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Y_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Y_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_Y_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Y_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Y_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_Y_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF_Z) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Z_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Z_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_Z_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_Z_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Z_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Z_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_Z_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF_Z_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(POWER_DEF_Z_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.2000 , 0.4000 , 0.6000 , 0.8000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_Z_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_A) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_A_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_A_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_A_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_A_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_A_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_A_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_A_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_A_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_A_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_A_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_B) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_B_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_B_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_B_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_B_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_B_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_B_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_B_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_B_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_B_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_B_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_C) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_C_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_C_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_C_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_C_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_C_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_C_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_C_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_C_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_C_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_C_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_D) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_D_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_D_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_D_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_D_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_D_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_D_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_D_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_D_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_D_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_D_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_E) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_E_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_E_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_E_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_E_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_E_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_E_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_E_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_E_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_E_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_E_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_F) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_F_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_F_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_F_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_F_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_F_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_F_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_F_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_F_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_F_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_F_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_H) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_H_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_H_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_H_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_H_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_H_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_H_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_H_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_H_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_H_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_H_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_I) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_I_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_I_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_I_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_I_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_I_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_I_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_I_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_I_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_I_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_I_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_J) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_J_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_J_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_J_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_J_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_J_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_J_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_J_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_J_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_J_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_J_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_K) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_K_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_K_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_K_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_K_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_K_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_K_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_K_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_K_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_K_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_K_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_L) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_L_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_L_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_L_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_L_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_L_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_L_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_L_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_L_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_L_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_L_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_M) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_M_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_M_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_M_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_M_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_M_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_M_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_M_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_M_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_M_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_M_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_N) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_N_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_N_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_N_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_N_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_N_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_N_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_N_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_N_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_N_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_N_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_O) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_O_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_O_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_O_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_O_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_O_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_O_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_O_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_O_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_O_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_O_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_P) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_P_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_P_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_P_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_P_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_P_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_P_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_P_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_P_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_P_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_P_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_Q) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_Q_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_Q_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_Q_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_Q_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_Q_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_Q_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_Q_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_Q_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_Q_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_Q_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_R) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_R_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_R_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_R_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_R_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_R_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_R_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_R_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_R_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_R_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_R_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_S) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_S_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_S_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_S_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_S_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_S_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_S_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_S_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_S_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_S_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_S_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_T) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_T_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_T_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_T_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_T_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_T_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_T_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_T_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_T_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_T_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_T_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_U) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_U_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_U_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_U_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_U_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_U_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_U_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_U_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_U_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_U_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_U_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_V) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_V_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_V_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_V_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_V_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_V_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_V_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_V_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_V_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_V_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_V_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_W) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_W_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_W_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_W_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_W_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_W_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_W_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_W_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_W_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_W_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_W_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_X) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_X_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_X_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_X_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_X_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_X_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_X_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_X_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_X_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_X_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_X_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_DEF2_Y) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(DELAY_DEF2_Y_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_Y_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_Y_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_Y_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_Y_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_Y_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF2_Y_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } lu_table_template(DELAY_DEF2_Y_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(POWER_DEF2_Y_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); index_2 (" 0.0250 , 0.1000 , 0.3000 , 0.7000 , 1.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF2_Y_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.4000 , 0.8000 , 1.0000 "); } lu_table_template(CONSTRAINT_IO_A) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } lu_table_template(DELAY_IO_A_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_A_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_A_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_A_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } lu_table_template(DELAY_IO_A_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(POWER_IO_A_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_A_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } lu_table_template(DELAY_IO_A_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_A_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_A_REC) { variable_1 : input_transition_time; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); } lu_table_template(CONSTRAINT_IO_B) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } lu_table_template(DELAY_IO_B_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_B_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_B_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_B_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } lu_table_template(DELAY_IO_B_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(POWER_IO_B_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_B_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } lu_table_template(DELAY_IO_B_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_B_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_B_REC) { variable_1 : input_transition_time; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); } lu_table_template(CONSTRAINT_IO_C) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } lu_table_template(DELAY_IO_C_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_C_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_C_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_C_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } lu_table_template(DELAY_IO_C_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(POWER_IO_C_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_C_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } lu_table_template(DELAY_IO_C_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_C_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_C_REC) { variable_1 : input_transition_time; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); } lu_table_template(CONSTRAINT_IO_D) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } lu_table_template(DELAY_IO_D_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_D_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_D_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_D_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } lu_table_template(DELAY_IO_D_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(POWER_IO_D_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_D_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } lu_table_template(DELAY_IO_D_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_D_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_D_REC) { variable_1 : input_transition_time; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); } lu_table_template(CONSTRAINT_IO_E) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } lu_table_template(DELAY_IO_E_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_E_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_E_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_E_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } lu_table_template(DELAY_IO_E_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(POWER_IO_E_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_E_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } lu_table_template(DELAY_IO_E_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_E_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_E_REC) { variable_1 : input_transition_time; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); } lu_table_template(CONSTRAINT_IO_M) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } lu_table_template(DELAY_IO_M_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_M_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_M_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_M_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } lu_table_template(DELAY_IO_M_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(POWER_IO_M_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 0.2000 , 0.5000 , 1.5000 , 4.0000 "); index_2 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } power_lut_template(OUTPUT_PIN_POWER_IO_M_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 10.0000 , 25.0000 , 50.0000 , 100.0000 , 250.0000 "); } lu_table_template(DELAY_IO_M_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(POWER_IO_M_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); index_2 (" 0.0300 , 0.2000 , 1.0000 , 2.5000 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_IO_M_REC) { variable_1 : input_transition_time; index_1 (" 0.2000 , 0.5000 , 1.0000 , 3.0000 , 10.0000 "); } lu_table_template(CONSTRAINT_DEF_CORE_A) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0500 , 4.0000 "); } lu_table_template(DELAY_DEF_CORE_A_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 1.5000 "); } power_lut_template(POWER_DEF_CORE_A_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 1.5000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_A_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_CORE_A_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 1.5000 "); } lu_table_template(DELAY_DEF_CORE_A_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 1.5000 "); } lu_table_template(DELAY_DEF_CORE_A_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 1.5000 "); } power_lut_template(POWER_DEF_CORE_A_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 1.5000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_A_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } lu_table_template(CONSTRAINT_DEF_CORE_B) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0500 , 4.0000 "); } lu_table_template(DELAY_DEF_CORE_B_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(POWER_DEF_CORE_B_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_B_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_CORE_B_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 3.0000 "); } lu_table_template(DELAY_DEF_CORE_B_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } lu_table_template(DELAY_DEF_CORE_B_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(POWER_DEF_CORE_B_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_B_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } lu_table_template(CONSTRAINT_DEF_CORE_C) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0500 , 4.0000 "); } lu_table_template(DELAY_DEF_CORE_C_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(POWER_DEF_CORE_C_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_C_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_CORE_C_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 3.0000 "); } lu_table_template(DELAY_DEF_CORE_C_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } lu_table_template(DELAY_DEF_CORE_C_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(POWER_DEF_CORE_C_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 3.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_C_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } lu_table_template(CONSTRAINT_DEF_CORE_D) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0500 , 4.0000 "); } lu_table_template(DELAY_DEF_CORE_D_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 8.0000 "); } power_lut_template(POWER_DEF_CORE_D_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 8.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_D_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_CORE_D_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 8.0000 "); } lu_table_template(DELAY_DEF_CORE_D_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 8.0000 "); } lu_table_template(DELAY_DEF_CORE_D_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 8.0000 "); } power_lut_template(POWER_DEF_CORE_D_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 8.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_D_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } lu_table_template(CONSTRAINT_DEF_CORE_E) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0500 , 4.0000 "); } lu_table_template(DELAY_DEF_CORE_E_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 24.0000 "); } power_lut_template(POWER_DEF_CORE_E_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 24.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_E_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_DEF_CORE_E_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 24.0000 "); } lu_table_template(DELAY_DEF_CORE_E_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 24.0000 "); } lu_table_template(DELAY_DEF_CORE_E_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 24.0000 "); } power_lut_template(POWER_DEF_CORE_E_REC) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 24.0000 "); } power_lut_template(INPUT_PIN_POWER_DEF_CORE_E_REC) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } lu_table_template(CONSTRAINT_CORBDAT_A) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0500 , 4.0000 "); } lu_table_template(DELAY_CORBDAT_A_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 5.0000 "); } power_lut_template(POWER_CORBDAT_A_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 5.0000 "); } power_lut_template(INPUT_PIN_POWER_CORBDAT_A_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_CORBDAT_A_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 5.0000 "); } lu_table_template(DELAY_CORBDAT_A_DRV) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 1.0000 , 32.0000 "); } power_lut_template(POWER_CORBDAT_A_DRV) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 1.0000 , 32.0000 "); } power_lut_template(OUTPUT_PIN_POWER_CORBDAT_A_DRV) { variable_1 : total_output_net_capacitance; index_1 (" 1.0000 , 32.0000 "); } lu_table_template(DELAY_CORBDAT_A_REC) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 5.0000 "); } lu_table_template(CONSTRAINT_CONST_TX_A) { variable_1 : constrained_pin_transition; variable_2 : related_pin_transition; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0500 , 4.0000 "); } lu_table_template(DELAY_CONST_TX_A_INT) { variable_1 : input_net_transition; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 0.8000 , 2.0000 , 3.0000 , 4.0000 "); } power_lut_template(POWER_CONST_TX_A_INT) { variable_1 : input_transition_time; variable_2 : total_output_net_capacitance; index_1 (" 0.0500 , 4.0000 "); index_2 (" 0.0300 , 4.0000 "); } power_lut_template(INPUT_PIN_POWER_CONST_TX_A_INT) { variable_1 : input_transition_time; index_1 (" 0.0500 , 4.0000 "); } power_lut_template(OUTPUT_PIN_POWER_CONST_TX_A_INT) { variable_1 : total_output_net_capacitance; index_1 (" 0.0300 , 4.0000 "); } /*********************************/ /***** CELL DESCRIPTIONS *****/ /*********************************/ cell(ADDF_B) { area : 21 ; cell_footprint : ADDF ; cell_leakage_power : 0.341407 ; pin(COUT) { direction : output ; function : "((A*B)+(A*CIN)+(B*CIN))" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.03249 ,0.040585 ,0.05188 ,0.074915 ,0.097945 ,0.119865 ,0.14183 ",\ "0.038725 ,0.04831 ,0.059935 ,0.082315 ,0.104695 ,0.12732 ,0.150245 ",\ "0.03317 ,0.04556 ,0.058225 ,0.080795 ,0.10244 ,0.123785 ,0.144995 ",\ "0.00282 ,0.0201 ,0.034595 ,0.05818 ,0.080185 ,0.101885 ,0.123605 ",\ "-0.01131 ,0.006425 ,0.020805 ,0.044285 ,0.0668 ,0.089695 ,0.11329 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.016785 ,0.03235 ,0.05486 ,0.10088 ,0.148165 ,0.19284 ,0.23723 ",\ "0.02155 ,0.036345 ,0.05801 ,0.102355 ,0.14778 ,0.194215 ,0.24163 ",\ "0.027875 ,0.04215 ,0.06332 ,0.10667 ,0.15094 ,0.195985 ,0.241755 ",\ "0.03894 ,0.05279 ,0.073465 ,0.115795 ,0.15889 ,0.202575 ,0.24676 ",\ "0.04361 ,0.05754 ,0.07815 ,0.1203 ,0.163235 ,0.206785 ,0.25087 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.050185 ,0.05649 ,0.064595 ,0.081675 ,0.0984 ,0.111855 ,0.125265 ",\ "0.08678 ,0.096525 ,0.10533 ,0.120835 ,0.13644 ,0.15277 ,0.16998 ",\ "0.1264 ,0.14101 ,0.15155 ,0.167095 ,0.180865 ,0.194055 ,0.20693 ",\ "0.19241 ,0.21252 ,0.22546 ,0.24269 ,0.25686 ,0.269705 ,0.28156 ",\ "0.226795 ,0.245555 ,0.2582 ,0.27624 ,0.292175 ,0.30747 ,0.32235 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.01916 ,0.02778 ,0.04008 ,0.064695 ,0.08938 ,0.11419 ,0.13903 ",\ "0.024895 ,0.033175 ,0.04507 ,0.068915 ,0.09274 ,0.1165 ,0.140175 ",\ "0.032295 ,0.040345 ,0.0519 ,0.07506 ,0.098185 ,0.12122 ,0.144115 ",\ "0.045085 ,0.05313 ,0.064255 ,0.086405 ,0.108515 ,0.13054 ,0.15244 ",\ "0.050665 ,0.05891 ,0.06992 ,0.091685 ,0.11342 ,0.13512 ,0.156745 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.03029 ,0.03846 ,0.049795 ,0.072835 ,0.09583 ,0.1177 ,0.139595 ",\ "0.033745 ,0.04354 ,0.055275 ,0.07775 ,0.100145 ,0.12276 ,0.145665 ",\ "0.025645 ,0.03829 ,0.051115 ,0.073835 ,0.095555 ,0.11696 ,0.13824 ",\ "-0.009275 ,0.00803 ,0.02267 ,0.046485 ,0.06864 ,0.090475 ,0.11235 ",\ "-0.02633 ,-0.00878 ,0.00574 ,0.029535 ,0.052275 ,0.075355 ,0.09914 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.016755 ,0.0324 ,0.05496 ,0.1009 ,0.147875 ,0.193255 ,0.237905 ",\ "0.02085 ,0.035895 ,0.05782 ,0.10248 ,0.14799 ,0.194275 ,0.241315 ",\ "0.026265 ,0.040965 ,0.06261 ,0.106685 ,0.151415 ,0.19668 ,0.242425 ",\ "0.03578 ,0.050255 ,0.07174 ,0.11541 ,0.159475 ,0.203755 ,0.248175 ",\ "0.03989 ,0.05446 ,0.07599 ,0.11969 ,0.16372 ,0.2079 ,0.252145 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.048885 ,0.05533 ,0.063465 ,0.08038 ,0.09691 ,0.11045 ,0.12393 ",\ "0.0784 ,0.088425 ,0.09735 ,0.112885 ,0.128415 ,0.144625 ,0.161695 ",\ "0.112625 ,0.12725 ,0.137775 ,0.153285 ,0.167095 ,0.180465 ,0.193685 ",\ "0.17491 ,0.194285 ,0.20699 ,0.224135 ,0.238385 ,0.251515 ,0.26392 ",\ "0.206005 ,0.2242 ,0.236925 ,0.25534 ,0.27159 ,0.28722 ,0.30255 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.01908 ,0.02773 ,0.04003 ,0.064545 ,0.089125 ,0.114035 ,0.138975 ",\ "0.0236 ,0.0321 ,0.044235 ,0.068425 ,0.09243 ,0.11621 ,0.13975 ",\ "0.029615 ,0.03808 ,0.050145 ,0.07415 ,0.097895 ,0.121335 ,0.14443 ",\ "0.04075 ,0.049455 ,0.06154 ,0.085335 ,0.10868 ,0.131525 ,0.153825 ",\ "0.04595 ,0.05492 ,0.06707 ,0.090805 ,0.11396 ,0.13652 ,0.15843 "); } } timing() { related_pin : "CIN" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.029725 ,0.03785 ,0.049155 ,0.072115 ,0.095065 ,0.117035 ,0.139035 ",\ "0.033005 ,0.042715 ,0.054415 ,0.076845 ,0.099175 ,0.121685 ,0.14445 ",\ "0.02277 ,0.03548 ,0.04832 ,0.071045 ,0.092755 ,0.114145 ,0.1354 ",\ "-0.01854 ,-0.000155 ,0.01485 ,0.03886 ,0.06112 ,0.083105 ,0.10521 ",\ "-0.03884 ,-0.01939 ,-0.00424 ,0.01982 ,0.04267 ,0.065935 ,0.090045 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.016505 ,0.032075 ,0.054585 ,0.100635 ,0.147965 ,0.19306 ,0.23743 ",\ "0.02171 ,0.036545 ,0.058245 ,0.1026 ,0.147995 ,0.19435 ,0.24164 ",\ "0.02852 ,0.042955 ,0.06426 ,0.107765 ,0.152055 ,0.197005 ,0.242565 ",\ "0.04039 ,0.05474 ,0.07584 ,0.11873 ,0.16214 ,0.20592 ,0.249995 ",\ "0.04545 ,0.0601 ,0.081305 ,0.12426 ,0.16772 ,0.21156 ,0.2557 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.046145 ,0.052465 ,0.060595 ,0.077785 ,0.09463 ,0.10809 ,0.121515 ",\ "0.081415 ,0.0913 ,0.100205 ,0.11587 ,0.131655 ,0.14821 ,0.16568 ",\ "0.118795 ,0.133775 ,0.14456 ,0.160425 ,0.174455 ,0.18791 ,0.201055 ",\ "0.179595 ,0.200835 ,0.214505 ,0.232685 ,0.247635 ,0.26125 ,0.273915 ",\ "0.210685 ,0.231175 ,0.244925 ,0.264415 ,0.281585 ,0.29813 ,0.31435 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.018295 ,0.027 ,0.039475 ,0.06447 ,0.089525 ,0.114695 ,0.13989 ",\ "0.02411 ,0.032715 ,0.045215 ,0.070075 ,0.094525 ,0.1185 ,0.141965 ",\ "0.03163 ,0.04035 ,0.053175 ,0.078425 ,0.102745 ,0.126 ,0.148145 ",\ "0.04516 ,0.054245 ,0.06788 ,0.0943 ,0.11884 ,0.14127 ,0.161485 ",\ "0.051505 ,0.06075 ,0.07481 ,0.101895 ,0.126705 ,0.14894 ,0.168475 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.00379 ,0.002645 ,0.002485 ,0.002585 ,0.002715 ,0.00278 ,0.002765 ",\ "0.00661 ,0.004675 ,0.004315 ,0.004315 ,0.00442 ,0.004485 ,0.00447 ",\ "0.010655 ,0.00777 ,0.007115 ,0.00689 ,0.006895 ,0.00692 ,0.00692 ",\ "0.019105 ,0.014915 ,0.013625 ,0.01267 ,0.012255 ,0.012095 ,0.01213 ",\ "0.023495 ,0.01895 ,0.01733 ,0.01587 ,0.01513 ,0.01482 ,0.01488 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.00788 ,0.00448 ,0.00359 ,0.00311 ,0.00298 ,0.00296 ,0.003 ",\ "0.01118 ,0.0068 ,0.005605 ,0.00489 ,0.00465 ,0.004585 ,0.00462 ",\ "0.015655 ,0.010205 ,0.008605 ,0.007505 ,0.007055 ,0.006885 ,0.00691 ",\ "0.02456 ,0.0178 ,0.015455 ,0.01339 ,0.01231 ,0.01179 ,0.01174 ",\ "0.028975 ,0.02199 ,0.0193 ,0.016645 ,0.015155 ,0.014395 ,0.014275 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.00389 ,0.002575 ,0.00237 ,0.00245 ,0.00258 ,0.002655 ,0.00266 ",\ "0.006665 ,0.004585 ,0.00419 ,0.00418 ,0.00429 ,0.004365 ,0.00437 ",\ "0.01068 ,0.007685 ,0.007 ,0.00676 ,0.00677 ,0.00681 ,0.00683 ",\ "0.01911 ,0.01483 ,0.013505 ,0.01252 ,0.012095 ,0.011945 ,0.01201 ",\ "0.023505 ,0.018855 ,0.017185 ,0.01568 ,0.01493 ,0.01463 ,0.01472 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.00801 ,0.004525 ,0.00361 ,0.003125 ,0.002995 ,0.002975 ,0.00302 ",\ "0.011195 ,0.006745 ,0.00554 ,0.00483 ,0.0046 ,0.00454 ,0.00458 ",\ "0.015555 ,0.010065 ,0.00847 ,0.00739 ,0.006955 ,0.00679 ,0.006815 ",\ "0.024365 ,0.017625 ,0.01529 ,0.01324 ,0.01217 ,0.011655 ,0.011605 ",\ "0.028805 ,0.02186 ,0.019175 ,0.01652 ,0.01503 ,0.01427 ,0.01415 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.004065 ,0.00262 ,0.00236 ,0.00238 ,0.00248 ,0.00254 ,0.00255 ",\ "0.00712 ,0.004725 ,0.00422 ,0.00412 ,0.004185 ,0.004245 ,0.004255 ",\ "0.011455 ,0.00799 ,0.00714 ,0.006755 ,0.00669 ,0.006695 ,0.006715 ",\ "0.020525 ,0.01571 ,0.014125 ,0.012825 ,0.012205 ,0.011945 ,0.011985 ",\ "0.02524 ,0.02015 ,0.01818 ,0.016245 ,0.0152 ,0.01474 ,0.01479 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0245, 0.0367, 0.0489, 0.0611 "); values ("0.007215 ,0.003955 ,0.003155 ,0.002795 ,0.002735 ,0.002735 ,0.002755 ",\ "0.01069 ,0.006255 ,0.0051 ,0.00448 ,0.004305 ,0.00426 ,0.004275 ",\ "0.01535 ,0.009655 ,0.008045 ,0.007 ,0.006595 ,0.006435 ,0.00644 ",\ "0.02454 ,0.017335 ,0.01488 ,0.012765 ,0.011675 ,0.011145 ,0.011075 ",\ "0.029055 ,0.0216 ,0.01877 ,0.01601 ,0.01447 ,0.01368 ,0.013545 "); } related_pin : "CIN" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0611 ; } pin(SUM) { direction : output ; function : "(A^B^CIN)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.02853 ,0.036825 ,0.048225 ,0.071245 ,0.094175 ,0.116205 ,0.138245 ",\ "0.02831 ,0.038195 ,0.050035 ,0.072655 ,0.09512 ,0.11772 ,0.14055 ",\ "0.01892 ,0.03132 ,0.04413 ,0.067035 ,0.089005 ,0.110685 ,0.132265 ",\ "-0.013805 ,0.00225 ,0.01658 ,0.040585 ,0.06317 ,0.08549 ,0.107885 ",\ "-0.03033 ,-0.01435 ,-0.000105 ,0.02411 ,0.04744 ,0.07106 ,0.095305 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.016885 ,0.032885 ,0.05589 ,0.10274 ,0.15064 ,0.19956 ,0.24636 ",\ "0.02051 ,0.035985 ,0.05847 ,0.104185 ,0.15064 ,0.197765 ,0.245525 ",\ "0.02542 ,0.040665 ,0.063075 ,0.10856 ,0.154475 ,0.200685 ,0.247135 ",\ "0.034165 ,0.04933 ,0.07203 ,0.118065 ,0.16421 ,0.21024 ,0.256065 ",\ "0.037915 ,0.053195 ,0.07618 ,0.122845 ,0.169605 ,0.216215 ,0.262575 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.05228 ,0.058915 ,0.067185 ,0.0841 ,0.100545 ,0.11445 ,0.12828 ",\ "0.07567 ,0.08581 ,0.094955 ,0.11088 ,0.12663 ,0.142885 ,0.15982 ",\ "0.10714 ,0.12126 ,0.131865 ,0.147945 ,0.16236 ,0.17628 ,0.18999 ",\ "0.173915 ,0.191075 ,0.203515 ,0.2215 ,0.236765 ,0.250745 ,0.26378 ",\ "0.207025 ,0.222565 ,0.23523 ,0.255055 ,0.27265 ,0.28915 ,0.304845 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.01951 ,0.02835 ,0.04086 ,0.06567 ,0.09055 ,0.115985 ,0.14145 ",\ "0.023165 ,0.03204 ,0.04467 ,0.069655 ,0.09416 ,0.118145 ,0.14158 ",\ "0.02848 ,0.037465 ,0.05035 ,0.075735 ,0.10041 ,0.1243 ,0.14736 ",\ "0.03923 ,0.048515 ,0.06196 ,0.08825 ,0.11336 ,0.137155 ,0.159555 ",\ "0.044555 ,0.05402 ,0.067765 ,0.09454 ,0.119905 ,0.143675 ,0.16578 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.063595 ,0.070995 ,0.08192 ,0.10424 ,0.126745 ,0.14907 ,0.171485 ",\ "0.10283 ,0.109555 ,0.1202 ,0.14225 ,0.16459 ,0.186985 ,0.209315 ",\ "0.14625 ,0.152775 ,0.163495 ,0.185805 ,0.208245 ,0.23042 ,0.252145 ",\ "0.216755 ,0.22289 ,0.23365 ,0.25646 ,0.279405 ,0.30181 ,0.32331 ",\ "0.251205 ,0.256035 ,0.26614 ,0.28851 ,0.31144 ,0.333965 ,0.355575 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.015655 ,0.0315 ,0.05431 ,0.100975 ,0.148355 ,0.19311 ,0.237885 ",\ "0.016345 ,0.03164 ,0.053835 ,0.09937 ,0.146295 ,0.194575 ,0.244185 ",\ "0.01747 ,0.032345 ,0.0542 ,0.0992 ,0.14564 ,0.193445 ,0.242585 ",\ "0.019745 ,0.033785 ,0.0551 ,0.09942 ,0.145355 ,0.192745 ,0.24154 ",\ "0.020915 ,0.03447 ,0.05551 ,0.09955 ,0.14534 ,0.192665 ,0.24145 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.047505 ,0.05336 ,0.061175 ,0.077655 ,0.09391 ,0.10758 ,0.121245 ",\ "0.0524 ,0.060435 ,0.068455 ,0.083215 ,0.098265 ,0.11407 ,0.130755 ",\ "0.046465 ,0.057575 ,0.066395 ,0.080355 ,0.0933 ,0.106145 ,0.11914 ",\ "0.0192 ,0.032565 ,0.04178 ,0.055075 ,0.066975 ,0.078755 ,0.09077 ",\ "0.007035 ,0.017695 ,0.025585 ,0.03817 ,0.05065 ,0.063985 ,0.07843 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.01587 ,0.024855 ,0.03755 ,0.062845 ,0.088175 ,0.1138 ,0.13945 ",\ "0.016545 ,0.025425 ,0.03795 ,0.062985 ,0.08803 ,0.113075 ,0.138125 ",\ "0.017245 ,0.026 ,0.03831 ,0.063025 ,0.08792 ,0.112995 ,0.138245 ",\ "0.01896 ,0.02743 ,0.0393 ,0.06329 ,0.08776 ,0.112715 ,0.13816 ",\ "0.020065 ,0.02838 ,0.04 ,0.063585 ,0.087765 ,0.11257 ,0.137985 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.030165 ,0.03836 ,0.04973 ,0.072805 ,0.09583 ,0.1179 ,0.14 ",\ "0.03417 ,0.043725 ,0.055395 ,0.077905 ,0.10037 ,0.123025 ,0.14593 ",\ "0.028825 ,0.040705 ,0.053225 ,0.07586 ,0.09769 ,0.11926 ,0.14073 ",\ "0.00226 ,0.017625 ,0.03146 ,0.054905 ,0.077135 ,0.09919 ,0.121325 ",\ "-0.010865 ,0.004295 ,0.017885 ,0.041295 ,0.06414 ,0.08743 ,0.111425 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.01691 ,0.03278 ,0.055635 ,0.1023 ,0.14991 ,0.195025 ,0.24017 ",\ "0.020575 ,0.035775 ,0.05793 ,0.103175 ,0.14941 ,0.196555 ,0.244575 ",\ "0.02554 ,0.040355 ,0.06225 ,0.106975 ,0.15249 ,0.198655 ,0.245425 ",\ "0.03426 ,0.04872 ,0.070535 ,0.115175 ,0.16044 ,0.206105 ,0.25208 ",\ "0.037925 ,0.05238 ,0.074285 ,0.119195 ,0.16476 ,0.21073 ,0.257005 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.05182 ,0.058415 ,0.06671 ,0.083865 ,0.10055 ,0.11435 ,0.12807 ",\ "0.08175 ,0.091815 ,0.10089 ,0.1168 ,0.13269 ,0.149225 ,0.16657 ",\ "0.120165 ,0.134345 ,0.144875 ,0.16079 ,0.175095 ,0.18894 ,0.20259 ",\ "0.195885 ,0.213235 ,0.225485 ,0.242965 ,0.257735 ,0.271205 ,0.28367 ",\ "0.233405 ,0.248745 ,0.260885 ,0.279775 ,0.2966 ,0.312405 ,0.327395 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.02014 ,0.029 ,0.041485 ,0.06614 ,0.090865 ,0.11636 ,0.141885 ",\ "0.02398 ,0.03281 ,0.04531 ,0.07002 ,0.094275 ,0.11806 ,0.14134 ",\ "0.02915 ,0.03799 ,0.050515 ,0.07528 ,0.099575 ,0.123345 ,0.14656 ",\ "0.0393 ,0.048255 ,0.060855 ,0.08564 ,0.109805 ,0.13328 ,0.156015 ",\ "0.04442 ,0.053475 ,0.066105 ,0.09084 ,0.114835 ,0.138015 ,0.16032 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.064125 ,0.071725 ,0.0827 ,0.10493 ,0.127325 ,0.14971 ,0.17218 ",\ "0.094595 ,0.101805 ,0.112595 ,0.134635 ,0.15691 ,0.17927 ,0.201645 ",\ "0.130955 ,0.137825 ,0.148545 ,0.170625 ,0.19291 ,0.215135 ,0.237175 ",\ "0.197385 ,0.203435 ,0.214005 ,0.23635 ,0.25892 ,0.2812 ,0.302945 ",\ "0.228975 ,0.234225 ,0.244585 ,0.267015 ,0.289785 ,0.312205 ,0.33395 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.01524 ,0.031155 ,0.05405 ,0.10086 ,0.14837 ,0.19333 ,0.23831 ",\ "0.015805 ,0.031205 ,0.053525 ,0.099225 ,0.146205 ,0.194425 ,0.243875 ",\ "0.01687 ,0.031885 ,0.053895 ,0.09908 ,0.145525 ,0.19316 ,0.241955 ",\ "0.019085 ,0.033325 ,0.05489 ,0.09952 ,0.145505 ,0.192685 ,0.24101 ",\ "0.020135 ,0.033945 ,0.0553 ,0.09977 ,0.145705 ,0.1929 ,0.241285 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.047565 ,0.053235 ,0.060845 ,0.076655 ,0.092285 ,0.10598 ,0.119665 ",\ "0.048255 ,0.055785 ,0.063695 ,0.07838 ,0.093185 ,0.108515 ,0.124475 ",\ "0.038785 ,0.04891 ,0.05763 ,0.071985 ,0.08541 ,0.09868 ,0.11202 ",\ "0.00675 ,0.01881 ,0.0281 ,0.04237 ,0.055325 ,0.06806 ,0.080905 ",\ "-0.00832 ,0.001545 ,0.009835 ,0.02366 ,0.037135 ,0.05111 ,0.06585 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.01441 ,0.023355 ,0.03604 ,0.06141 ,0.086785 ,0.112265 ,0.13777 ",\ "0.014905 ,0.02376 ,0.036355 ,0.06163 ,0.086995 ,0.112445 ,0.137965 ",\ "0.01591 ,0.024695 ,0.03723 ,0.06247 ,0.08789 ,0.113475 ,0.13921 ",\ "0.01802 ,0.02665 ,0.039055 ,0.064095 ,0.089355 ,0.114805 ,0.140425 ",\ "0.01896 ,0.02751 ,0.039835 ,0.0647 ,0.089735 ,0.1149 ,0.140175 "); } } timing() { related_pin : "CIN" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.031785 ,0.03989 ,0.05122 ,0.074335 ,0.09744 ,0.11947 ,0.14155 ",\ "0.03802 ,0.04732 ,0.058845 ,0.08124 ,0.103705 ,0.12645 ,0.149505 ",\ "0.03473 ,0.04627 ,0.05858 ,0.081 ,0.10272 ,0.12422 ,0.14563 ",\ "0.011975 ,0.0271 ,0.0407 ,0.063825 ,0.08584 ,0.107705 ,0.129635 ",\ "0.00139 ,0.016445 ,0.029785 ,0.0528 ,0.07538 ,0.098475 ,0.12228 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.016885 ,0.032765 ,0.0557 ,0.102735 ,0.150665 ,0.19572 ,0.24081 ",\ "0.0208 ,0.03591 ,0.05802 ,0.10339 ,0.15001 ,0.1978 ,0.24673 ",\ "0.026245 ,0.04082 ,0.062485 ,0.106975 ,0.152515 ,0.19896 ,0.246255 ",\ "0.036105 ,0.050075 ,0.07132 ,0.11511 ,0.15986 ,0.20534 ,0.25145 ",\ "0.04042 ,0.054285 ,0.07548 ,0.119295 ,0.164175 ,0.20987 ,0.256275 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.05052 ,0.05689 ,0.0651 ,0.08239 ,0.09924 ,0.11281 ,0.126315 ",\ "0.08733 ,0.096865 ,0.10562 ,0.12121 ,0.13697 ,0.153485 ,0.17089 ",\ "0.13015 ,0.14399 ,0.154205 ,0.16962 ,0.18345 ,0.19677 ,0.2098 ",\ "0.205945 ,0.22382 ,0.23581 ,0.2525 ,0.266545 ,0.279355 ,0.291155 ",\ "0.245055 ,0.26085 ,0.27233 ,0.289775 ,0.3056 ,0.320825 ,0.335535 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.01992 ,0.02865 ,0.041015 ,0.0656 ,0.09025 ,0.115305 ,0.140385 ",\ "0.02433 ,0.032825 ,0.04492 ,0.06906 ,0.09307 ,0.11691 ,0.14056 ",\ "0.03029 ,0.038575 ,0.050395 ,0.07407 ,0.097685 ,0.12119 ,0.144565 ",\ "0.04167 ,0.049765 ,0.06114 ,0.08393 ,0.10676 ,0.12958 ,0.15235 ",\ "0.047275 ,0.05538 ,0.06656 ,0.088895 ,0.1113 ,0.13374 ,0.156155 "); } } timing() { related_pin : "CIN" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.061495 ,0.06892 ,0.079855 ,0.102205 ,0.12474 ,0.14705 ,0.169445 ",\ "0.09856 ,0.105365 ,0.116015 ,0.13804 ,0.16041 ,0.18291 ,0.205435 ",\ "0.139155 ,0.14582 ,0.156515 ,0.1787 ,0.20108 ,0.22332 ,0.245245 ",\ "0.204495 ,0.211115 ,0.221935 ,0.244555 ,0.267345 ,0.289765 ,0.311495 ",\ "0.23567 ,0.241455 ,0.25181 ,0.274125 ,0.29694 ,0.31951 ,0.34141 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.015385 ,0.03133 ,0.05424 ,0.101005 ,0.148135 ,0.193195 ,0.238275 ",\ "0.015815 ,0.03131 ,0.05372 ,0.09954 ,0.146585 ,0.194815 ,0.244215 ",\ "0.016665 ,0.03183 ,0.054 ,0.09945 ,0.146125 ,0.193965 ,0.24294 ",\ "0.018805 ,0.03328 ,0.05507 ,0.100075 ,0.146395 ,0.19387 ,0.242455 ",\ "0.020115 ,0.03416 ,0.055745 ,0.100565 ,0.14677 ,0.19415 ,0.242645 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.047225 ,0.052825 ,0.060425 ,0.076355 ,0.09212 ,0.10576 ,0.119405 ",\ "0.047885 ,0.05518 ,0.06291 ,0.07742 ,0.092215 ,0.10767 ,0.123885 ",\ "0.036785 ,0.04652 ,0.054895 ,0.068765 ,0.08188 ,0.094975 ,0.10828 ",\ "-0.000595 ,0.010945 ,0.01965 ,0.03303 ,0.0454 ,0.057825 ,0.070635 ",\ "-0.01885 ,-0.00953 ,-0.00192 ,0.010885 ,0.023775 ,0.03758 ,0.052555 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.01449 ,0.02339 ,0.036025 ,0.06137 ,0.08679 ,0.1122 ,0.13757 ",\ "0.014505 ,0.02329 ,0.035815 ,0.06103 ,0.08646 ,0.11209 ,0.13791 ",\ "0.01493 ,0.023605 ,0.036045 ,0.06124 ,0.086795 ,0.11268 ,0.138895 ",\ "0.01667 ,0.025025 ,0.03725 ,0.062235 ,0.08776 ,0.113765 ,0.14024 ",\ "0.01797 ,0.0261 ,0.038175 ,0.062945 ,0.088285 ,0.11413 ,0.14044 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.00417 ,0.00314 ,0.0029 ,0.00283 ,0.002855 ,0.002905 ,0.002965 ",\ "0.00594 ,0.00462 ,0.004305 ,0.004195 ,0.004215 ,0.00427 ,0.00434 ",\ "0.00865 ,0.00695 ,0.006505 ,0.006285 ,0.006255 ,0.006295 ,0.006385 ",\ "0.0148 ,0.012465 ,0.01168 ,0.01104 ,0.010765 ,0.010715 ,0.01085 ",\ "0.01823 ,0.015645 ,0.014645 ,0.013695 ,0.01323 ,0.013095 ,0.013265 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.00618 ,0.00546 ,0.00528 ,0.005195 ,0.00517 ,0.00515 ,0.00513 ",\ "0.008205 ,0.007315 ,0.007085 ,0.00696 ,0.00692 ,0.00689 ,0.006865 ",\ "0.01117 ,0.01009 ,0.00979 ,0.0096 ,0.009515 ,0.009465 ,0.009435 ",\ "0.01753 ,0.016305 ,0.015875 ,0.015485 ,0.015275 ,0.015165 ,0.015145 ",\ "0.02091 ,0.019725 ,0.019235 ,0.018725 ,0.01843 ,0.018285 ,0.018275 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.00404 ,0.00307 ,0.00284 ,0.00276 ,0.00278 ,0.002825 ,0.00289 ",\ "0.005655 ,0.00437 ,0.00406 ,0.003945 ,0.003955 ,0.00401 ,0.00408 ",\ "0.00816 ,0.00647 ,0.00603 ,0.005805 ,0.005775 ,0.00582 ,0.00591 ",\ "0.013875 ,0.01154 ,0.010765 ,0.010145 ,0.009885 ,0.009835 ,0.009965 ",\ "0.017075 ,0.0145 ,0.013525 ,0.012605 ,0.012165 ,0.012035 ,0.012185 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.005965 ,0.00516 ,0.00497 ,0.004885 ,0.00487 ,0.004865 ,0.00485 ",\ "0.00788 ,0.00692 ,0.00668 ,0.00656 ,0.006525 ,0.006505 ,0.00649 ",\ "0.0107 ,0.00956 ,0.009245 ,0.00905 ,0.00897 ,0.00893 ,0.00891 ",\ "0.01668 ,0.015385 ,0.014935 ,0.01453 ,0.014315 ,0.01421 ,0.014195 ",\ "0.019825 ,0.018565 ,0.018045 ,0.017505 ,0.017205 ,0.017055 ,0.01705 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.004045 ,0.003015 ,0.00282 ,0.00281 ,0.002875 ,0.00293 ,0.00296 ",\ "0.0057 ,0.0043 ,0.004015 ,0.003975 ,0.00404 ,0.004105 ,0.00414 ",\ "0.0082 ,0.00635 ,0.005915 ,0.005755 ,0.00577 ,0.00582 ,0.00588 ",\ "0.013875 ,0.01133 ,0.010505 ,0.009855 ,0.00959 ,0.00954 ,0.009665 ",\ "0.017035 ,0.014255 ,0.013185 ,0.01217 ,0.01167 ,0.01153 ,0.0117 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0124, 0.0247, 0.037, 0.0492, 0.0615 "); values ("0.005695 ,0.00485 ,0.004645 ,0.00456 ,0.00454 ,0.004535 ,0.00452 ",\ "0.00759 ,0.006595 ,0.006345 ,0.006225 ,0.00619 ,0.00617 ,0.006155 ",\ "0.01035 ,0.0092 ,0.008885 ,0.00869 ,0.00861 ,0.00857 ,0.008555 ",\ "0.01623 ,0.01501 ,0.014565 ,0.01416 ,0.01394 ,0.013835 ,0.013825 ",\ "0.01934 ,0.018195 ,0.017695 ,0.01715 ,0.01684 ,0.01669 ,0.01669 "); } related_pin : "CIN" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0615 ; } pin(A) { direction : input ; capacitance : 0.004895 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.004895 ; max_transition : 2.7273 ; } pin(CIN) { direction : input ; capacitance : 0.003667 ; max_transition : 2.7273 ; } } cell(ADDF_C) { area : 21 ; cell_footprint : ADDF ; cell_leakage_power : 0.429603 ; pin(COUT) { direction : output ; function : "((A*B)+(A*CIN)+(B*CIN))" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.034995 ,0.04423 ,0.056385 ,0.08145 ,0.103775 ,0.12609 ,0.14841 ",\ "0.04622 ,0.05733 ,0.069405 ,0.09317 ,0.117845 ,0.1423 ,0.163805 ",\ "0.0483 ,0.062795 ,0.075505 ,0.098285 ,0.120675 ,0.143305 ,0.166305 ",\ "0.034135 ,0.05361 ,0.06749 ,0.09022 ,0.111885 ,0.13362 ,0.155655 ",\ "0.02796 ,0.046845 ,0.060325 ,0.083125 ,0.10586 ,0.129565 ,0.154415 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.01582 ,0.033115 ,0.056355 ,0.103105 ,0.15005 ,0.19711 ,0.24424 ",\ "0.020915 ,0.037555 ,0.060235 ,0.10606 ,0.15232 ,0.19885 ,0.24552 ",\ "0.027655 ,0.04375 ,0.065975 ,0.11115 ,0.156745 ,0.202935 ,0.249475 ",\ "0.039495 ,0.05504 ,0.07659 ,0.120715 ,0.16552 ,0.21062 ,0.256325 ",\ "0.044725 ,0.060245 ,0.081515 ,0.125145 ,0.16956 ,0.214345 ,0.259255 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.045465 ,0.05371 ,0.064195 ,0.086005 ,0.1026 ,0.11892 ,0.135065 ",\ "0.079225 ,0.09007 ,0.1001 ,0.1196 ,0.14069 ,0.161395 ,0.17658 ",\ "0.11437 ,0.12943 ,0.139855 ,0.15722 ,0.17446 ,0.192415 ,0.211225 ",\ "0.16925 ,0.190065 ,0.201635 ,0.2184 ,0.233965 ,0.2496 ,0.26548 ",\ "0.196665 ,0.21688 ,0.22845 ,0.246165 ,0.26361 ,0.281925 ,0.30122 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.017465 ,0.028775 ,0.043805 ,0.073715 ,0.10455 ,0.13546 ,0.166415 ",\ "0.02349 ,0.034335 ,0.04889 ,0.077895 ,0.106565 ,0.13557 ,0.166115 ",\ "0.0313 ,0.04176 ,0.055835 ,0.08414 ,0.112375 ,0.14036 ,0.16798 ",\ "0.044905 ,0.055165 ,0.068455 ,0.095465 ,0.12289 ,0.15045 ,0.17796 ",\ "0.05098 ,0.06139 ,0.074325 ,0.100665 ,0.12765 ,0.15497 ,0.182395 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.03226 ,0.041585 ,0.05378 ,0.07878 ,0.10111 ,0.123395 ,0.145655 ",\ "0.03982 ,0.051115 ,0.06335 ,0.087245 ,0.111865 ,0.136155 ,0.15741 ",\ "0.03852 ,0.05309 ,0.06603 ,0.089105 ,0.11163 ,0.13433 ,0.1574 ",\ "0.01871 ,0.037665 ,0.051815 ,0.07505 ,0.09699 ,0.1189 ,0.14111 ",\ "0.00894 ,0.027035 ,0.040865 ,0.064345 ,0.087395 ,0.1112 ,0.136085 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.015585 ,0.03301 ,0.05632 ,0.103365 ,0.150685 ,0.19811 ,0.245605 ",\ "0.01991 ,0.036875 ,0.059845 ,0.10595 ,0.15257 ,0.199845 ,0.247245 ",\ "0.02579 ,0.042385 ,0.065125 ,0.111005 ,0.156925 ,0.20356 ,0.25122 ",\ "0.036275 ,0.05257 ,0.07502 ,0.12057 ,0.166305 ,0.211875 ,0.25721 ",\ "0.040835 ,0.0572 ,0.079565 ,0.12494 ,0.17052 ,0.21591 ,0.260895 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.04442 ,0.052785 ,0.063285 ,0.084945 ,0.10162 ,0.117995 ,0.13418 ",\ "0.07151 ,0.08259 ,0.0928 ,0.112465 ,0.1336 ,0.154205 ,0.168945 ",\ "0.101255 ,0.116245 ,0.126845 ,0.14453 ,0.162115 ,0.180565 ,0.20012 ",\ "0.15139 ,0.17144 ,0.18334 ,0.20075 ,0.21675 ,0.23287 ,0.249475 ",\ "0.17513 ,0.19496 ,0.20742 ,0.22642 ,0.244385 ,0.262895 ,0.282355 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.016835 ,0.02843 ,0.043685 ,0.0737 ,0.105375 ,0.137095 ,0.168845 ",\ "0.02183 ,0.033235 ,0.04839 ,0.078085 ,0.10679 ,0.13581 ,0.167855 ",\ "0.0286 ,0.039815 ,0.054795 ,0.0844 ,0.11327 ,0.141245 ,0.168225 ",\ "0.04034 ,0.051575 ,0.06626 ,0.095585 ,0.124605 ,0.15305 ,0.18075 ",\ "0.04551 ,0.05693 ,0.071485 ,0.100605 ,0.129595 ,0.15815 ,0.18606 "); } } timing() { related_pin : "CIN" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.032075 ,0.04133 ,0.05347 ,0.07844 ,0.1008 ,0.12315 ,0.145495 ",\ "0.040445 ,0.05175 ,0.06395 ,0.08778 ,0.112355 ,0.136645 ,0.158045 ",\ "0.037775 ,0.05274 ,0.06576 ,0.088835 ,0.111305 ,0.133925 ,0.15687 ",\ "0.012385 ,0.03308 ,0.04767 ,0.0711 ,0.093155 ,0.11521 ,0.137615 ",\ "4e-05 ,0.020605 ,0.03498 ,0.058645 ,0.08187 ,0.10601 ,0.1314 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.015725 ,0.033015 ,0.056165 ,0.103025 ,0.150075 ,0.19724 ,0.244475 ",\ "0.02141 ,0.038105 ,0.06072 ,0.106115 ,0.15265 ,0.1994 ,0.24629 ",\ "0.028865 ,0.04515 ,0.06741 ,0.11225 ,0.15745 ,0.20423 ,0.251245 ",\ "0.04206 ,0.05819 ,0.08001 ,0.124085 ,0.16819 ,0.212215 ,0.25966 ",\ "0.047945 ,0.06432 ,0.085995 ,0.129695 ,0.173455 ,0.216865 ,0.262735 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.042195 ,0.050595 ,0.061315 ,0.083825 ,0.100375 ,0.11664 ,0.13273 ",\ "0.074385 ,0.085725 ,0.096055 ,0.116185 ,0.138185 ,0.159655 ,0.174425 ",\ "0.10695 ,0.123045 ,0.133965 ,0.151885 ,0.169635 ,0.18825 ,0.20796 ",\ "0.155955 ,0.178945 ,0.19166 ,0.2095 ,0.22564 ,0.241785 ,0.25828 ",\ "0.18003 ,0.202955 ,0.216115 ,0.235545 ,0.25406 ,0.27336 ,0.293805 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.016755 ,0.028685 ,0.044195 ,0.074555 ,0.106335 ,0.13809 ,0.169825 ",\ "0.023075 ,0.035135 ,0.050495 ,0.08025 ,0.108895 ,0.137765 ,0.16953 ",\ "0.03161 ,0.04397 ,0.05908 ,0.088295 ,0.11657 ,0.14388 ,0.170175 ",\ "0.047915 ,0.06153 ,0.07626 ,0.104315 ,0.131685 ,0.15838 ,0.18428 ",\ "0.05599 ,0.070575 ,0.085155 ,0.11255 ,0.139365 ,0.165655 ,0.19127 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.004645 ,0.00349 ,0.00338 ,0.003495 ,0.00362 ,0.003675 ,0.003645 ",\ "0.008235 ,0.00617 ,0.005855 ,0.00586 ,0.00594 ,0.005985 ,0.005955 ",\ "0.01344 ,0.010215 ,0.009575 ,0.00932 ,0.00928 ,0.00927 ,0.00925 ",\ "0.02456 ,0.019455 ,0.018065 ,0.01697 ,0.01644 ,0.016215 ,0.016225 ",\ "0.03045 ,0.02464 ,0.022825 ,0.021145 ,0.020255 ,0.01986 ,0.0199 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.008675 ,0.00549 ,0.004765 ,0.00435 ,0.00421 ,0.004175 ,0.00421 ",\ "0.01286 ,0.008385 ,0.00735 ,0.00672 ,0.00649 ,0.006415 ,0.00644 ",\ "0.0186 ,0.01266 ,0.01118 ,0.01015 ,0.00971 ,0.00953 ,0.00955 ",\ "0.03026 ,0.022305 ,0.019885 ,0.017695 ,0.01654 ,0.016 ,0.016005 ",\ "0.036165 ,0.027665 ,0.02475 ,0.0218 ,0.02014 ,0.01935 ,0.019345 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.00466 ,0.003345 ,0.003205 ,0.003315 ,0.003445 ,0.003515 ,0.003505 ",\ "0.00818 ,0.006 ,0.00567 ,0.005685 ,0.00578 ,0.00584 ,0.005825 ",\ "0.013315 ,0.010035 ,0.0094 ,0.00916 ,0.009135 ,0.009145 ,0.00914 ",\ "0.024335 ,0.01928 ,0.017895 ,0.0168 ,0.01628 ,0.01607 ,0.016115 ",\ "0.0302 ,0.02447 ,0.02265 ,0.02095 ,0.020055 ,0.01968 ,0.019765 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.00872 ,0.00549 ,0.004765 ,0.004355 ,0.00423 ,0.00421 ,0.004255 ",\ "0.012705 ,0.008235 ,0.007205 ,0.006595 ,0.006385 ,0.00632 ,0.00636 ",\ "0.01824 ,0.012355 ,0.0109 ,0.009905 ,0.009485 ,0.009325 ,0.00935 ",\ "0.02965 ,0.021805 ,0.019435 ,0.01731 ,0.01619 ,0.01568 ,0.015685 ",\ "0.035515 ,0.02712 ,0.024265 ,0.021395 ,0.019785 ,0.019025 ,0.01902 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.00479 ,0.003315 ,0.003125 ,0.003195 ,0.003305 ,0.003365 ,0.00336 ",\ "0.00868 ,0.0061 ,0.00566 ,0.005585 ,0.005645 ,0.005685 ,0.00568 ",\ "0.01428 ,0.010355 ,0.009525 ,0.00912 ,0.009015 ,0.008985 ,0.00899 ",\ "0.02629 ,0.0203 ,0.018555 ,0.017055 ,0.0163 ,0.01598 ,0.016025 ",\ "0.032685 ,0.02598 ,0.023705 ,0.02145 ,0.02021 ,0.019665 ,0.01974 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0249, 0.0497, 0.0744, 0.0992, 0.124 "); values ("0.007965 ,0.00495 ,0.004295 ,0.00395 ,0.00385 ,0.003825 ,0.003845 ",\ "0.012395 ,0.007795 ,0.00677 ,0.006195 ,0.006005 ,0.00594 ,0.00595 ",\ "0.018415 ,0.012035 ,0.0105 ,0.0095 ,0.00909 ,0.00892 ,0.00892 ",\ "0.030515 ,0.021795 ,0.019215 ,0.01695 ,0.015765 ,0.01521 ,0.015195 ",\ "0.03659 ,0.02731 ,0.02419 ,0.02109 ,0.01935 ,0.01852 ,0.018495 "); } related_pin : "CIN" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1240 ; } pin(SUM) { direction : output ; function : "(A^B^CIN)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.031185 ,0.04053 ,0.052595 ,0.077085 ,0.099265 ,0.12135 ,0.14338 ",\ "0.03495 ,0.046265 ,0.058475 ,0.082095 ,0.10617 ,0.129945 ,0.151065 ",\ "0.032495 ,0.046665 ,0.05953 ,0.08255 ,0.104955 ,0.127455 ,0.150255 ",\ "0.01553 ,0.032905 ,0.046825 ,0.07025 ,0.092425 ,0.11449 ,0.13677 ",\ "0.006585 ,0.02287 ,0.03665 ,0.060665 ,0.084065 ,0.107925 ,0.13259 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.015955 ,0.03338 ,0.056495 ,0.10302 ,0.150565 ,0.19822 ,0.245945 ",\ "0.01948 ,0.03669 ,0.0598 ,0.105655 ,0.15076 ,0.19839 ,0.24648 ",\ "0.0244 ,0.041455 ,0.064635 ,0.11098 ,0.156865 ,0.202085 ,0.249275 ",\ "0.03358 ,0.050525 ,0.073885 ,0.12103 ,0.16806 ,0.21464 ,0.260595 ",\ "0.037825 ,0.054805 ,0.078255 ,0.12568 ,0.17304 ,0.219955 ,0.26622 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.04782 ,0.056375 ,0.06695 ,0.088465 ,0.105195 ,0.121535 ,0.13763 ",\ "0.069535 ,0.080805 ,0.09121 ,0.11101 ,0.13201 ,0.15249 ,0.167045 ",\ "0.096945 ,0.11161 ,0.122365 ,0.140435 ,0.15834 ,0.17709 ,0.196975 ",\ "0.150875 ,0.169255 ,0.18134 ,0.199635 ,0.21634 ,0.23299 ,0.250045 ",\ "0.17627 ,0.194305 ,0.207425 ,0.22803 ,0.24694 ,0.2658 ,0.285185 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.017965 ,0.02936 ,0.044325 ,0.073715 ,0.104715 ,0.135745 ,0.166795 ",\ "0.022025 ,0.03345 ,0.04857 ,0.078055 ,0.106395 ,0.13496 ,0.16686 ",\ "0.027905 ,0.039435 ,0.0548 ,0.084905 ,0.113915 ,0.141675 ,0.168105 ",\ "0.0395 ,0.051325 ,0.0672 ,0.09842 ,0.128455 ,0.15702 ,0.183965 ",\ "0.04512 ,0.05713 ,0.073265 ,0.10497 ,0.135355 ,0.16408 ,0.190955 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.06108 ,0.069215 ,0.080405 ,0.10346 ,0.12581 ,0.14831 ,0.170915 ",\ "0.096 ,0.10383 ,0.114485 ,0.13662 ,0.159535 ,0.182905 ,0.206435 ",\ "0.1339 ,0.142075 ,0.152495 ,0.17397 ,0.196005 ,0.218185 ,0.240245 ",\ "0.19338 ,0.202005 ,0.212 ,0.232935 ,0.254815 ,0.276855 ,0.298545 ",\ "0.221315 ,0.228755 ,0.23796 ,0.258425 ,0.28067 ,0.303575 ,0.326425 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.01462 ,0.03172 ,0.054935 ,0.102525 ,0.148565 ,0.194535 ,0.240585 ",\ "0.015405 ,0.03193 ,0.054545 ,0.101085 ,0.14917 ,0.198715 ,0.244425 ",\ "0.016525 ,0.03258 ,0.054805 ,0.100745 ,0.148355 ,0.19752 ,0.24818 ",\ "0.0188 ,0.033995 ,0.05555 ,0.100495 ,0.14734 ,0.1959 ,0.246095 ",\ "0.02002 ,0.034765 ,0.055975 ,0.10041 ,0.146845 ,0.195065 ,0.244975 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.050775 ,0.05821 ,0.068065 ,0.088675 ,0.10532 ,0.12181 ,0.138205 ",\ "0.06208 ,0.070785 ,0.08007 ,0.09866 ,0.11862 ,0.13824 ,0.153165 ",\ "0.065525 ,0.076355 ,0.085535 ,0.10199 ,0.11854 ,0.135765 ,0.15382 ",\ "0.05589 ,0.067835 ,0.076465 ,0.09088 ,0.10506 ,0.119755 ,0.13516 ",\ "0.051245 ,0.06019 ,0.067585 ,0.08141 ,0.096255 ,0.11258 ,0.130505 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.014775 ,0.026285 ,0.041535 ,0.071825 ,0.10286 ,0.133935 ,0.165035 ",\ "0.015585 ,0.026935 ,0.042015 ,0.072095 ,0.102025 ,0.13199 ,0.1626 ",\ "0.01671 ,0.02781 ,0.04261 ,0.072415 ,0.10246 ,0.1327 ,0.163115 ",\ "0.01924 ,0.02979 ,0.04394 ,0.0729 ,0.10271 ,0.133295 ,0.16462 ",\ "0.02071 ,0.030955 ,0.04473 ,0.07312 ,0.102585 ,0.133035 ,0.164425 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.03315 ,0.0424 ,0.054445 ,0.079055 ,0.10122 ,0.12332 ,0.145395 ",\ "0.04213 ,0.05315 ,0.06514 ,0.088575 ,0.11269 ,0.136615 ,0.15787 ",\ "0.04463 ,0.058485 ,0.07096 ,0.093465 ,0.11559 ,0.137935 ,0.160635 ",\ "0.035035 ,0.052295 ,0.06554 ,0.087915 ,0.10946 ,0.13113 ,0.15314 ",\ "0.03026 ,0.046345 ,0.05918 ,0.08177 ,0.104405 ,0.12792 ,0.15248 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.01597 ,0.033225 ,0.05624 ,0.10307 ,0.1501 ,0.197245 ,0.244465 ",\ "0.019825 ,0.036615 ,0.059305 ,0.104665 ,0.151335 ,0.19824 ,0.24527 ",\ "0.0251 ,0.041515 ,0.063985 ,0.10924 ,0.154665 ,0.201635 ,0.248805 ",\ "0.03476 ,0.05078 ,0.072965 ,0.118125 ,0.16364 ,0.209175 ,0.25666 ",\ "0.039155 ,0.05515 ,0.077235 ,0.122335 ,0.16797 ,0.213745 ,0.260505 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.04755 ,0.056055 ,0.066665 ,0.08845 ,0.10508 ,0.12134 ,0.137355 ",\ "0.075795 ,0.086875 ,0.09713 ,0.11687 ,0.13806 ,0.15884 ,0.17359 ",\ "0.11057 ,0.125055 ,0.135515 ,0.1532 ,0.170875 ,0.189445 ,0.209115 ",\ "0.17511 ,0.193235 ,0.204665 ,0.22201 ,0.238045 ,0.254055 ,0.27032 ",\ "0.20561 ,0.22292 ,0.23499 ,0.25421 ,0.2723 ,0.290515 ,0.3092 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.018605 ,0.03012 ,0.045275 ,0.075155 ,0.106395 ,0.13767 ,0.16897 ",\ "0.022885 ,0.034325 ,0.049475 ,0.079225 ,0.10813 ,0.137235 ,0.168895 ",\ "0.02871 ,0.04008 ,0.055195 ,0.085065 ,0.11427 ,0.14268 ,0.170225 ",\ "0.0399 ,0.051235 ,0.066255 ,0.09617 ,0.125615 ,0.15437 ,0.18229 ",\ "0.04539 ,0.056735 ,0.07169 ,0.101505 ,0.130895 ,0.15957 ,0.187365 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.06318 ,0.071485 ,0.08277 ,0.10591 ,0.128525 ,0.151295 ,0.174175 ",\ "0.090745 ,0.09887 ,0.10971 ,0.13208 ,0.155215 ,0.178665 ,0.201755 ",\ "0.121865 ,0.13004 ,0.14055 ,0.162175 ,0.184475 ,0.207175 ,0.2301 ",\ "0.17489 ,0.18291 ,0.19297 ,0.213935 ,0.235755 ,0.257945 ,0.28021 ",\ "0.19894 ,0.20622 ,0.21597 ,0.23689 ,0.259 ,0.281655 ,0.30448 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.01463 ,0.032 ,0.055485 ,0.10332 ,0.15018 ,0.19696 ,0.24381 ",\ "0.01495 ,0.03185 ,0.054865 ,0.10194 ,0.15022 ,0.19962 ,0.24644 ",\ "0.015615 ,0.032115 ,0.05484 ,0.101535 ,0.14961 ,0.198955 ,0.24951 ",\ "0.01725 ,0.032965 ,0.055155 ,0.10117 ,0.148835 ,0.19797 ,0.2485 ",\ "0.018235 ,0.03352 ,0.05542 ,0.101035 ,0.148395 ,0.197285 ,0.24762 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.049565 ,0.05669 ,0.066105 ,0.085545 ,0.10222 ,0.118785 ,0.135285 ",\ "0.05606 ,0.064365 ,0.073595 ,0.09185 ,0.11092 ,0.129685 ,0.1452 ",\ "0.05509 ,0.0652 ,0.07465 ,0.091805 ,0.10871 ,0.125885 ,0.143485 ",\ "0.039045 ,0.04991 ,0.059305 ,0.075625 ,0.091265 ,0.1069 ,0.122745 ",\ "0.0307 ,0.03893 ,0.04742 ,0.063465 ,0.079695 ,0.096555 ,0.1142 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.013795 ,0.02532 ,0.040525 ,0.070635 ,0.10189 ,0.1332 ,0.164555 ",\ "0.01436 ,0.025865 ,0.0411 ,0.0713 ,0.101115 ,0.13105 ,0.16225 ",\ "0.015465 ,0.026845 ,0.04198 ,0.072295 ,0.10263 ,0.132925 ,0.16316 ",\ "0.018025 ,0.029035 ,0.043805 ,0.073765 ,0.10421 ,0.13506 ,0.16628 ",\ "0.01939 ,0.03016 ,0.044675 ,0.074205 ,0.104275 ,0.134795 ,0.16572 "); } } timing() { related_pin : "CIN" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.035215 ,0.04437 ,0.05637 ,0.08087 ,0.103 ,0.12511 ,0.147205 ",\ "0.047075 ,0.057835 ,0.069625 ,0.09289 ,0.11703 ,0.14071 ,0.16206 ",\ "0.05225 ,0.06581 ,0.077955 ,0.10007 ,0.12204 ,0.144355 ,0.1671 ",\ "0.046935 ,0.064125 ,0.076865 ,0.0985 ,0.119645 ,0.141105 ,0.16299 ",\ "0.04473 ,0.060855 ,0.07306 ,0.094675 ,0.116785 ,0.14004 ,0.164495 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.01598 ,0.033155 ,0.05628 ,0.102875 ,0.14977 ,0.19689 ,0.244195 ",\ "0.020375 ,0.036875 ,0.059445 ,0.105205 ,0.151415 ,0.197925 ,0.244665 ",\ "0.026435 ,0.042345 ,0.0645 ,0.10973 ,0.15562 ,0.201915 ,0.2485 ",\ "0.03747 ,0.05263 ,0.074165 ,0.118665 ,0.164185 ,0.21034 ,0.25695 ",\ "0.04244 ,0.057415 ,0.07871 ,0.1229 ,0.168295 ,0.214445 ,0.26114 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.04626 ,0.054595 ,0.065165 ,0.08692 ,0.103435 ,0.11961 ,0.13557 ",\ "0.08065 ,0.091325 ,0.101285 ,0.120735 ,0.14182 ,0.162185 ,0.177215 ",\ "0.119635 ,0.133945 ,0.144025 ,0.161085 ,0.178205 ,0.19615 ,0.215025 ",\ "0.185635 ,0.20428 ,0.21501 ,0.23111 ,0.24635 ,0.261745 ,0.27738 ",\ "0.218215 ,0.23571 ,0.24639 ,0.26355 ,0.28071 ,0.2987 ,0.31755 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.01841 ,0.02971 ,0.044725 ,0.074595 ,0.105205 ,0.135855 ,0.16653 ",\ "0.0234 ,0.034295 ,0.04894 ,0.078155 ,0.107095 ,0.13624 ,0.166635 ",\ "0.03019 ,0.040665 ,0.054895 ,0.08354 ,0.112155 ,0.14058 ,0.168725 ",\ "0.04281 ,0.05272 ,0.066195 ,0.09372 ,0.121615 ,0.149605 ,0.177535 ",\ "0.048695 ,0.058445 ,0.071565 ,0.098505 ,0.125975 ,0.15366 ,0.181375 "); } } timing() { related_pin : "CIN" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.06076 ,0.068935 ,0.08019 ,0.103375 ,0.125955 ,0.1487 ,0.171555 ",\ "0.09352 ,0.101365 ,0.1121 ,0.13439 ,0.15742 ,0.18088 ,0.204455 ",\ "0.12818 ,0.136285 ,0.14677 ,0.16837 ,0.190505 ,0.2128 ,0.235015 ",\ "0.181505 ,0.190085 ,0.200175 ,0.22121 ,0.243135 ,0.26527 ,0.28717 ",\ "0.20604 ,0.213675 ,0.22308 ,0.2437 ,0.26599 ,0.288975 ,0.312055 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.01452 ,0.031865 ,0.05527 ,0.102815 ,0.15081 ,0.197565 ,0.24439 ",\ "0.01489 ,0.031795 ,0.0548 ,0.10173 ,0.149695 ,0.198615 ,0.24845 ",\ "0.015715 ,0.032225 ,0.05497 ,0.101615 ,0.14949 ,0.19848 ,0.24853 ",\ "0.01805 ,0.03369 ,0.05592 ,0.10197 ,0.14954 ,0.198435 ,0.248575 ",\ "0.01963 ,0.034745 ,0.05666 ,0.102315 ,0.14959 ,0.198235 ,0.24816 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.049565 ,0.056575 ,0.06599 ,0.085625 ,0.102255 ,0.118805 ,0.13531 ",\ "0.0571 ,0.065005 ,0.073995 ,0.09209 ,0.11125 ,0.13016 ,0.1455 ",\ "0.055455 ,0.064965 ,0.07395 ,0.09051 ,0.10709 ,0.12412 ,0.14173 ",\ "0.035165 ,0.04537 ,0.053955 ,0.0691 ,0.084055 ,0.099405 ,0.115305 ",\ "0.02437 ,0.031925 ,0.039405 ,0.054005 ,0.06955 ,0.086365 ,0.104535 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.01384 ,0.02525 ,0.04049 ,0.070965 ,0.101715 ,0.132615 ,0.16356 ",\ "0.01419 ,0.025435 ,0.04053 ,0.07093 ,0.10152 ,0.132245 ,0.16294 ",\ "0.01499 ,0.02604 ,0.040995 ,0.071335 ,0.102135 ,0.133325 ,0.164875 ",\ "0.017345 ,0.027915 ,0.042495 ,0.072435 ,0.103165 ,0.134585 ,0.16664 ",\ "0.018885 ,0.02916 ,0.0435 ,0.07307 ,0.1035 ,0.13466 ,0.166495 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.005135 ,0.003845 ,0.00364 ,0.00364 ,0.003705 ,0.00376 ,0.003795 ",\ "0.007455 ,0.005775 ,0.00549 ,0.005455 ,0.005515 ,0.005575 ,0.005615 ",\ "0.010985 ,0.00876 ,0.008325 ,0.00817 ,0.00818 ,0.008235 ,0.008295 ",\ "0.018955 ,0.015705 ,0.01484 ,0.014215 ,0.013975 ,0.013955 ,0.01411 ",\ "0.023375 ,0.019645 ,0.01851 ,0.01753 ,0.01709 ,0.017005 ,0.01723 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.007945 ,0.00711 ,0.006915 ,0.006785 ,0.00672 ,0.00667 ,0.00663 ",\ "0.01067 ,0.00961 ,0.009355 ,0.009175 ,0.009075 ,0.00901 ,0.008955 ",\ "0.014655 ,0.01333 ,0.012975 ,0.012695 ,0.01254 ,0.012445 ,0.012385 ",\ "0.023255 ,0.0216 ,0.021045 ,0.02049 ,0.020165 ,0.01999 ,0.019945 ",\ "0.02785 ,0.02614 ,0.025475 ,0.024745 ,0.02431 ,0.024085 ,0.02406 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.004995 ,0.00374 ,0.00353 ,0.00351 ,0.003565 ,0.00362 ,0.00366 ",\ "0.007075 ,0.00543 ,0.005145 ,0.005105 ,0.00516 ,0.005215 ,0.00526 ",\ "0.0103 ,0.008115 ,0.00769 ,0.007545 ,0.00756 ,0.00761 ,0.00767 ",\ "0.017645 ,0.014465 ,0.01364 ,0.013055 ,0.012845 ,0.012825 ,0.012975 ",\ "0.021755 ,0.01811 ,0.017025 ,0.01611 ,0.01571 ,0.015635 ,0.015845 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.007665 ,0.00676 ,0.006555 ,0.00643 ,0.00637 ,0.006325 ,0.006285 ",\ "0.01023 ,0.00911 ,0.008845 ,0.00866 ,0.00857 ,0.008505 ,0.008455 ",\ "0.013985 ,0.01261 ,0.01224 ,0.01195 ,0.011795 ,0.011695 ,0.011645 ",\ "0.022005 ,0.02031 ,0.019735 ,0.01915 ,0.01881 ,0.018625 ,0.018585 ",\ "0.02625 ,0.0245 ,0.023815 ,0.023045 ,0.022585 ,0.02235 ,0.022325 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.004915 ,0.003735 ,0.003555 ,0.00357 ,0.00363 ,0.00367 ,0.00368 ",\ "0.00702 ,0.005355 ,0.00511 ,0.005125 ,0.005215 ,0.005275 ,0.00528 ",\ "0.01022 ,0.007915 ,0.007515 ,0.00745 ,0.00752 ,0.00758 ,0.007605 ",\ "0.01752 ,0.014065 ,0.013215 ,0.012655 ,0.01247 ,0.01246 ,0.0126 ",\ "0.021605 ,0.017655 ,0.01649 ,0.015525 ,0.015105 ,0.01503 ,0.015255 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0124, 0.0247, 0.0493, 0.0739, 0.0985, 0.123 "); values ("0.00726 ,0.00631 ,0.006105 ,0.005995 ,0.00595 ,0.00591 ,0.005875 ",\ "0.009835 ,0.008675 ,0.008415 ,0.00825 ,0.00817 ,0.008115 ,0.008065 ",\ "0.013565 ,0.012165 ,0.011805 ,0.01153 ,0.011385 ,0.0113 ,0.01125 ",\ "0.021545 ,0.019875 ,0.0193 ,0.018715 ,0.018375 ,0.0182 ,0.018175 ",\ "0.025785 ,0.024085 ,0.02339 ,0.022605 ,0.022135 ,0.02191 ,0.021905 "); } related_pin : "CIN" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1230 ; } pin(A) { direction : input ; capacitance : 0.005479 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.005332 ; max_transition : 2.7273 ; } pin(CIN) { direction : input ; capacitance : 0.004098 ; max_transition : 2.7273 ; } } cell(AND2_B) { area : 5 ; cell_footprint : AND2 ; cell_leakage_power : 0.090858 ; pin(Z) { direction : output ; function : "(A*B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.018955 ,0.02738 ,0.03849 ,0.060735 ,0.083025 ,0.105225 ,0.12745 ",\ "0.01471 ,0.023945 ,0.035245 ,0.057235 ,0.078905 ,0.100385 ,0.121705 ",\ "-0.002655 ,0.008335 ,0.020255 ,0.0425 ,0.064005 ,0.085115 ,0.10594 ",\ "-0.05173 ,-0.037685 ,-0.024815 ,-0.001855 ,0.0204 ,0.042695 ,0.065255 ",\ "-0.07409 ,-0.060145 ,-0.047635 ,-0.02498 ,-0.002295 ,0.02118 ,0.045675 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.01507 ,0.03148 ,0.05385 ,0.100025 ,0.148 ,0.191535 ,0.2351 ",\ "0.020045 ,0.035585 ,0.0569 ,0.100725 ,0.145985 ,0.192625 ,0.24063 ",\ "0.02616 ,0.04139 ,0.06235 ,0.10521 ,0.14907 ,0.193845 ,0.239505 ",\ "0.036575 ,0.05191 ,0.072845 ,0.11533 ,0.1584 ,0.201955 ,0.24595 ",\ "0.0411 ,0.05674 ,0.07786 ,0.120655 ,0.164055 ,0.20798 ,0.252385 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.03277 ,0.038145 ,0.04483 ,0.058645 ,0.072695 ,0.08514 ,0.09764 ",\ "0.067305 ,0.074925 ,0.082165 ,0.09544 ,0.10853 ,0.12171 ,0.135025 ",\ "0.102515 ,0.11345 ,0.12196 ,0.135885 ,0.148535 ,0.160485 ,0.171815 ",\ "0.1599 ,0.17437 ,0.184575 ,0.200615 ,0.21507 ,0.228715 ,0.241615 ",\ "0.190845 ,0.203765 ,0.213585 ,0.23029 ,0.246505 ,0.26271 ,0.27886 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.012455 ,0.020655 ,0.03175 ,0.054285 ,0.077245 ,0.100615 ,0.12438 ",\ "0.018685 ,0.026465 ,0.03708 ,0.05861 ,0.080435 ,0.1025 ,0.12479 ",\ "0.025915 ,0.033665 ,0.04422 ,0.065525 ,0.08697 ,0.10848 ,0.130035 ",\ "0.037815 ,0.046085 ,0.05691 ,0.07848 ,0.099975 ,0.12135 ,0.142555 ",\ "0.04295 ,0.051675 ,0.062735 ,0.084615 ,0.10638 ,0.12801 ,0.149455 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.018695 ,0.027165 ,0.038315 ,0.06063 ,0.08298 ,0.10515 ,0.127335 ",\ "0.01316 ,0.022555 ,0.03396 ,0.056105 ,0.077915 ,0.099535 ,0.12102 ",\ "-0.00572 ,0.005525 ,0.017625 ,0.040135 ,0.06184 ,0.083125 ,0.104125 ",\ "-0.05862 ,-0.044355 ,-0.0312 ,-0.00778 ,0.014805 ,0.03735 ,0.060105 ",\ "-0.08364 ,-0.069565 ,-0.056735 ,-0.03351 ,-0.01041 ,0.01337 ,0.03808 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.014865 ,0.03149 ,0.05407 ,0.10043 ,0.148345 ,0.192825 ,0.23702 ",\ "0.01917 ,0.035105 ,0.05684 ,0.10126 ,0.14682 ,0.19347 ,0.2412 ",\ "0.024405 ,0.04016 ,0.06168 ,0.10541 ,0.149855 ,0.194945 ,0.240645 ",\ "0.03306 ,0.049075 ,0.07078 ,0.114565 ,0.15867 ,0.203 ,0.24752 ",\ "0.036685 ,0.05304 ,0.075015 ,0.119305 ,0.163935 ,0.20884 ,0.253975 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.035385 ,0.040725 ,0.0474 ,0.06128 ,0.075435 ,0.08777 ,0.10016 ",\ "0.072455 ,0.07996 ,0.08706 ,0.10014 ,0.113155 ,0.12637 ,0.139825 ",\ "0.110815 ,0.12151 ,0.12973 ,0.143165 ,0.155435 ,0.16709 ,0.1782 ",\ "0.17457 ,0.18833 ,0.19785 ,0.212745 ,0.226205 ,0.238925 ,0.250945 ",\ "0.20911 ,0.2209 ,0.229755 ,0.244925 ,0.259805 ,0.27477 ,0.289715 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.012945 ,0.021085 ,0.032135 ,0.054725 ,0.0779 ,0.10165 ,0.125955 ",\ "0.01887 ,0.026415 ,0.036805 ,0.05807 ,0.079865 ,0.102145 ,0.12488 ",\ "0.02563 ,0.032915 ,0.042975 ,0.063565 ,0.084625 ,0.10609 ,0.12792 ",\ "0.03655 ,0.043885 ,0.053655 ,0.07354 ,0.093885 ,0.114625 ,0.135715 ",\ "0.04136 ,0.04889 ,0.058595 ,0.07827 ,0.09846 ,0.119125 ,0.140215 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.003115 ,0.003085 ,0.00308 ,0.003085 ,0.00309 ,0.00309 ,0.003095 ",\ "0.006015 ,0.00591 ,0.005865 ,0.005815 ,0.005785 ,0.005765 ,0.005765 ",\ "0.010095 ,0.0099 ,0.009805 ,0.00968 ,0.0096 ,0.00956 ,0.009545 ",\ "0.01866 ,0.018355 ,0.01817 ,0.01793 ,0.01777 ,0.01767 ,0.017635 ",\ "0.023135 ,0.022805 ,0.022595 ,0.02231 ,0.02211 ,0.02199 ,0.02194 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.00429 ,0.00424 ,0.004215 ,0.00419 ,0.004175 ,0.00417 ,0.00417 ",\ "0.00713 ,0.007 ,0.00694 ,0.00687 ,0.00683 ,0.006805 ,0.006795 ",\ "0.01112 ,0.01089 ,0.01078 ,0.01065 ,0.01057 ,0.01052 ,0.0105 ",\ "0.01955 ,0.019195 ,0.01899 ,0.018725 ,0.018555 ,0.01845 ,0.018415 ",\ "0.02399 ,0.0236 ,0.02335 ,0.023015 ,0.02279 ,0.02266 ,0.02262 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.00294 ,0.002915 ,0.00291 ,0.00291 ,0.002915 ,0.002915 ,0.00292 ",\ "0.005595 ,0.005505 ,0.005465 ,0.005425 ,0.005405 ,0.005395 ,0.00539 ",\ "0.009355 ,0.009195 ,0.009115 ,0.00902 ,0.00896 ,0.00893 ,0.00892 ",\ "0.017315 ,0.017075 ,0.016925 ,0.01673 ,0.0166 ,0.01652 ,0.016495 ",\ "0.0215 ,0.02125 ,0.02108 ,0.020835 ,0.02067 ,0.02057 ,0.020535 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0057, 0.0113, 0.0225, 0.0338, 0.045, 0.0562 "); values ("0.00479 ,0.00473 ,0.0047 ,0.00467 ,0.00465 ,0.00464 ,0.004635 ",\ "0.007585 ,0.00744 ,0.007375 ,0.007295 ,0.007245 ,0.00722 ,0.007205 ",\ "0.01146 ,0.01122 ,0.0111 ,0.01096 ,0.01087 ,0.010815 ,0.010795 ",\ "0.019515 ,0.01915 ,0.018945 ,0.01868 ,0.0185 ,0.018395 ,0.018355 ",\ "0.02369 ,0.0233 ,0.023055 ,0.022725 ,0.0225 ,0.02237 ,0.02232 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0562 ; } pin(A) { direction : input ; capacitance : 0.001112 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001006 ; max_transition : 2.7273 ; } } cell(AND2_C) { area : 5 ; cell_footprint : AND2 ; cell_leakage_power : 0.118530 ; pin(Z) { direction : output ; function : "(A*B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.020655 ,0.029515 ,0.041175 ,0.06473 ,0.08775 ,0.110815 ,0.13392 ",\ "0.02207 ,0.03204 ,0.043835 ,0.066765 ,0.089555 ,0.112305 ,0.134765 ",\ "0.012715 ,0.024755 ,0.037145 ,0.060015 ,0.082125 ,0.1039 ,0.125475 ",\ "-0.020325 ,-0.00562 ,0.007535 ,0.030975 ,0.053805 ,0.076795 ,0.100165 ",\ "-0.035385 ,-0.021755 ,-0.009195 ,0.01412 ,0.037905 ,0.062815 ,0.08903 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.01435 ,0.03169 ,0.05514 ,0.10287 ,0.15159 ,0.20123 ,0.249975 ",\ "0.019805 ,0.036425 ,0.059095 ,0.105295 ,0.152355 ,0.20015 ,0.24862 ",\ "0.026555 ,0.042845 ,0.06524 ,0.110895 ,0.157285 ,0.20421 ,0.251565 ",\ "0.03823 ,0.054395 ,0.07666 ,0.12209 ,0.168135 ,0.214485 ,0.26097 ",\ "0.04335 ,0.059615 ,0.081915 ,0.12745 ,0.173615 ,0.220065 ,0.2666 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.03031 ,0.036705 ,0.045065 ,0.06267 ,0.077835 ,0.093045 ,0.108295 ",\ "0.06085 ,0.06885 ,0.07703 ,0.093145 ,0.110065 ,0.127375 ,0.142655 ",\ "0.09036 ,0.10113 ,0.109795 ,0.12513 ,0.140265 ,0.155515 ,0.170855 ",\ "0.13464 ,0.148655 ,0.158215 ,0.17431 ,0.190205 ,0.20633 ,0.222595 ",\ "0.157845 ,0.17036 ,0.17954 ,0.196485 ,0.214555 ,0.2339 ,0.254315 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.0122 ,0.022465 ,0.036105 ,0.063835 ,0.09211 ,0.12049 ,0.148935 ",\ "0.0187 ,0.02851 ,0.041745 ,0.068025 ,0.094335 ,0.122375 ,0.150555 ",\ "0.026365 ,0.03603 ,0.049195 ,0.07554 ,0.10156 ,0.127265 ,0.15596 ",\ "0.03928 ,0.049165 ,0.06243 ,0.08917 ,0.11578 ,0.14195 ,0.16751 ",\ "0.04494 ,0.055085 ,0.06843 ,0.095325 ,0.12215 ,0.148555 ,0.17432 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.019985 ,0.028905 ,0.04066 ,0.06448 ,0.08736 ,0.110255 ,0.133165 ",\ "0.01935 ,0.02948 ,0.04143 ,0.06467 ,0.08785 ,0.110955 ,0.133095 ",\ "0.00786 ,0.020095 ,0.03272 ,0.05593 ,0.078305 ,0.100365 ,0.12229 ",\ "-0.029875 ,-0.01504 ,-0.001495 ,0.022455 ,0.04552 ,0.068595 ,0.091995 ",\ "-0.048175 ,-0.034405 ,-0.021335 ,0.00269 ,0.02682 ,0.051875 ,0.07815 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.014095 ,0.03161 ,0.055205 ,0.10299 ,0.151465 ,0.20058 ,0.250295 ",\ "0.01871 ,0.035735 ,0.058805 ,0.105545 ,0.152865 ,0.20064 ,0.24883 ",\ "0.024395 ,0.041305 ,0.064335 ,0.11097 ,0.15804 ,0.205375 ,0.25288 ",\ "0.03399 ,0.05111 ,0.07439 ,0.12148 ,0.16881 ,0.216105 ,0.263215 ",\ "0.03809 ,0.05542 ,0.078905 ,0.126375 ,0.174025 ,0.22155 ,0.268775 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.03238 ,0.038755 ,0.047115 ,0.064795 ,0.079905 ,0.09507 ,0.11028 ",\ "0.0654 ,0.07324 ,0.081255 ,0.0972 ,0.1141 ,0.131465 ,0.14671 ",\ "0.09836 ,0.10875 ,0.117035 ,0.13185 ,0.14665 ,0.161665 ,0.176835 ",\ "0.150105 ,0.16318 ,0.171895 ,0.186765 ,0.201715 ,0.216985 ,0.23239 ",\ "0.177285 ,0.188515 ,0.1966 ,0.21197 ,0.228805 ,0.247 ,0.26622 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.01248 ,0.02264 ,0.036195 ,0.06399 ,0.09203 ,0.12019 ,0.14843 ",\ "0.018585 ,0.028115 ,0.041085 ,0.067085 ,0.09406 ,0.12144 ,0.148965 ",\ "0.025715 ,0.034825 ,0.04742 ,0.07301 ,0.09874 ,0.12576 ,0.1531 ",\ "0.03762 ,0.04636 ,0.05838 ,0.08324 ,0.108705 ,0.13444 ,0.16121 ",\ "0.04291 ,0.051585 ,0.06331 ,0.087685 ,0.112835 ,0.138375 ,0.1643 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.00461 ,0.00455 ,0.004525 ,0.004505 ,0.00449 ,0.00449 ,0.004495 ",\ "0.00917 ,0.008965 ,0.00886 ,0.008725 ,0.00864 ,0.008595 ,0.00859 ",\ "0.015545 ,0.01517 ,0.01496 ,0.014675 ,0.01449 ,0.014385 ,0.014365 ",\ "0.028915 ,0.028275 ,0.02788 ,0.02732 ,0.02694 ,0.02672 ,0.026655 ",\ "0.035895 ,0.03516 ,0.034685 ,0.034 ,0.03353 ,0.03325 ,0.033165 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.006305 ,0.006215 ,0.00617 ,0.00612 ,0.00609 ,0.006075 ,0.00607 ",\ "0.01078 ,0.010525 ,0.010405 ,0.010255 ,0.01016 ,0.010105 ,0.010095 ",\ "0.017035 ,0.01659 ,0.01636 ,0.016065 ,0.015875 ,0.015765 ,0.015745 ",\ "0.030195 ,0.02948 ,0.02904 ,0.028435 ,0.028035 ,0.027815 ,0.02777 ",\ "0.037095 ,0.0363 ,0.03576 ,0.034985 ,0.03447 ,0.03419 ,0.03414 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.004365 ,0.004315 ,0.0043 ,0.004285 ,0.00428 ,0.00428 ,0.004285 ",\ "0.008545 ,0.00838 ,0.008295 ,0.008195 ,0.00813 ,0.008095 ,0.00809 ",\ "0.014445 ,0.014135 ,0.01397 ,0.013745 ,0.0136 ,0.01352 ,0.013505 ",\ "0.026895 ,0.02638 ,0.02606 ,0.025615 ,0.025315 ,0.025145 ,0.025105 ",\ "0.033425 ,0.032845 ,0.032465 ,0.03192 ,0.03155 ,0.031335 ,0.031275 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0118, 0.0235, 0.0468, 0.0702, 0.0936, 0.117 "); values ("0.00689 ,0.00679 ,0.006745 ,0.006685 ,0.006645 ,0.00662 ,0.00661 ",\ "0.011335 ,0.01107 ,0.01094 ,0.010775 ,0.01067 ,0.01061 ,0.01059 ",\ "0.017465 ,0.01702 ,0.01678 ,0.01647 ,0.016265 ,0.016155 ,0.01613 ",\ "0.030165 ,0.02946 ,0.029025 ,0.028425 ,0.028025 ,0.027805 ,0.02776 ",\ "0.03672 ,0.035945 ,0.035425 ,0.03468 ,0.03418 ,0.0339 ,0.033845 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1170 ; } pin(A) { direction : input ; capacitance : 0.001287 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001183 ; max_transition : 2.7273 ; } } cell(AND2_D) { area : 5 ; cell_footprint : AND2 ; cell_leakage_power : 0.196321 ; pin(Z) { direction : output ; function : "(A*B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.019555 ,0.028615 ,0.0406 ,0.064435 ,0.087785 ,0.111145 ,0.134515 ",\ "0.02096 ,0.03112 ,0.04316 ,0.066655 ,0.09014 ,0.112785 ,0.135325 ",\ "0.01146 ,0.02372 ,0.036295 ,0.059475 ,0.081915 ,0.104105 ,0.125955 ",\ "-0.02256 ,-0.00762 ,0.00577 ,0.029445 ,0.052385 ,0.075475 ,0.098995 ",\ "-0.038365 ,-0.024665 ,-0.011795 ,0.01197 ,0.03605 ,0.06124 ,0.0878 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.01385 ,0.031485 ,0.05506 ,0.102995 ,0.15147 ,0.2001 ,0.24882 ",\ "0.019585 ,0.036535 ,0.059535 ,0.105665 ,0.15254 ,0.200695 ,0.249015 ",\ "0.026665 ,0.04317 ,0.06592 ,0.111995 ,0.15807 ,0.20502 ,0.25378 ",\ "0.039065 ,0.05513 ,0.077625 ,0.123875 ,0.170625 ,0.217255 ,0.26349 ",\ "0.044565 ,0.060555 ,0.082955 ,0.12928 ,0.17629 ,0.22327 ,0.26988 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.030015 ,0.036965 ,0.04624 ,0.06429 ,0.08059 ,0.09686 ,0.11312 ",\ "0.060725 ,0.06878 ,0.077495 ,0.095305 ,0.11449 ,0.13064 ,0.146685 ",\ "0.09067 ,0.101 ,0.109795 ,0.12618 ,0.14288 ,0.160065 ,0.17688 ",\ "0.135165 ,0.148425 ,0.158045 ,0.17494 ,0.19179 ,0.208855 ,0.226055 ",\ "0.157695 ,0.169615 ,0.179325 ,0.197695 ,0.216935 ,0.23715 ,0.258225 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.012305 ,0.02315 ,0.03731 ,0.06659 ,0.09738 ,0.12832 ,0.15935 ",\ "0.01888 ,0.029315 ,0.04326 ,0.07028 ,0.09665 ,0.12765 ,0.158825 ",\ "0.02662 ,0.036865 ,0.05084 ,0.078555 ,0.10524 ,0.13053 ,0.16234 ",\ "0.039805 ,0.05002 ,0.064115 ,0.092935 ,0.12153 ,0.149295 ,0.17592 ",\ "0.045685 ,0.055965 ,0.07006 ,0.099155 ,0.128265 ,0.156655 ,0.183955 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.018855 ,0.02794 ,0.039925 ,0.06368 ,0.08689 ,0.11008 ,0.13326 ",\ "0.01809 ,0.028405 ,0.04059 ,0.064195 ,0.08767 ,0.110115 ,0.13239 ",\ "0.00628 ,0.01875 ,0.031625 ,0.05512 ,0.077665 ,0.099855 ,0.121465 ",\ "-0.03268 ,-0.01758 ,-0.00372 ,0.020515 ,0.043645 ,0.066755 ,0.09022 ",\ "-0.05178 ,-0.037865 ,-0.02445 ,-7.5e-05 ,0.024185 ,0.049335 ,0.075755 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.01345 ,0.031195 ,0.05479 ,0.10283 ,0.1515 ,0.2003 ,0.24918 ",\ "0.01825 ,0.035565 ,0.058825 ,0.10508 ,0.152 ,0.200705 ,0.24955 ",\ "0.02416 ,0.041295 ,0.06455 ,0.11116 ,0.15728 ,0.204215 ,0.25385 ",\ "0.034315 ,0.051385 ,0.074835 ,0.12243 ,0.169965 ,0.216935 ,0.26309 ",\ "0.03874 ,0.055845 ,0.07942 ,0.12751 ,0.17573 ,0.22346 ,0.270415 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.03222 ,0.039165 ,0.04845 ,0.066525 ,0.082795 ,0.09904 ,0.11528 ",\ "0.065555 ,0.07342 ,0.08195 ,0.09957 ,0.118715 ,0.13484 ,0.1509 ",\ "0.09912 ,0.108985 ,0.117315 ,0.133125 ,0.149495 ,0.166455 ,0.183265 ",\ "0.151335 ,0.16347 ,0.17205 ,0.187585 ,0.203485 ,0.219725 ,0.2361 ",\ "0.17796 ,0.188365 ,0.19674 ,0.21334 ,0.23132 ,0.250405 ,0.270305 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.01259 ,0.023355 ,0.03761 ,0.06721 ,0.097745 ,0.128455 ,0.15927 ",\ "0.018715 ,0.02888 ,0.04268 ,0.07005 ,0.09804 ,0.128345 ,0.158835 ",\ "0.025805 ,0.03551 ,0.049 ,0.0764 ,0.10359 ,0.13133 ,0.16199 ",\ "0.037705 ,0.04679 ,0.059665 ,0.08679 ,0.114585 ,0.142385 ,0.169875 ",\ "0.04312 ,0.051925 ,0.064395 ,0.091055 ,0.118695 ,0.146515 ,0.17411 "); } } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.00619 ,0.006095 ,0.006055 ,0.006005 ,0.00598 ,0.005975 ,0.005985 ",\ "0.012595 ,0.01228 ,0.012105 ,0.01187 ,0.01172 ,0.011645 ,0.011645 ",\ "0.021545 ,0.02096 ,0.02061 ,0.020125 ,0.01981 ,0.01964 ,0.019615 ",\ "0.04031 ,0.0393 ,0.03863 ,0.037655 ,0.037005 ,0.03664 ,0.036565 ",\ "0.05011 ,0.048945 ,0.048125 ,0.046915 ,0.0461 ,0.04564 ,0.04553 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.008545 ,0.008395 ,0.00832 ,0.00823 ,0.00817 ,0.008135 ,0.008125 ",\ "0.01482 ,0.01442 ,0.014215 ,0.01394 ,0.013765 ,0.01367 ,0.013655 ",\ "0.023565 ,0.02288 ,0.02249 ,0.02196 ,0.021615 ,0.02143 ,0.02141 ",\ "0.041945 ,0.04084 ,0.04009 ,0.03902 ,0.03831 ,0.03794 ,0.0379 ",\ "0.05156 ,0.050325 ,0.049405 ,0.048045 ,0.047145 ,0.046675 ,0.04663 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.005825 ,0.005755 ,0.005725 ,0.005695 ,0.005675 ,0.00567 ,0.005675 ",\ "0.0117 ,0.011445 ,0.01131 ,0.01113 ,0.011015 ,0.010955 ,0.01095 ",\ "0.01997 ,0.019495 ,0.01922 ,0.018835 ,0.018585 ,0.018455 ,0.018435 ",\ "0.037405 ,0.036595 ,0.03606 ,0.03529 ,0.034775 ,0.0345 ,0.03445 ",\ "0.046545 ,0.04563 ,0.044975 ,0.04402 ,0.043375 ,0.043025 ,0.042965 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0185, 0.0368, 0.0735, 0.1102, 0.147, 0.1837 "); values ("0.00938 ,0.009215 ,0.00914 ,0.009035 ,0.008965 ,0.00892 ,0.008895 ",\ "0.015595 ,0.01519 ,0.014975 ,0.01468 ,0.014485 ,0.01438 ,0.014355 ",\ "0.024155 ,0.02347 ,0.02307 ,0.02252 ,0.02216 ,0.02197 ,0.021945 ",\ "0.041825 ,0.04075 ,0.040025 ,0.038985 ,0.038295 ,0.03793 ,0.03788 ",\ "0.050925 ,0.04974 ,0.048875 ,0.0476 ,0.046745 ,0.046285 ,0.046215 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1837 ; } pin(A) { direction : input ; capacitance : 0.001519 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001420 ; max_transition : 2.7273 ; } } cell(AND3_B) { area : 7 ; cell_footprint : AND3 ; cell_leakage_power : 0.083239 ; pin(Z) { direction : output ; function : "(A*B*C)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.022355 ,0.0311 ,0.04243 ,0.06514 ,0.08786 ,0.110135 ,0.132435 ",\ "0.02038 ,0.03057 ,0.04218 ,0.064405 ,0.08628 ,0.10803 ,0.12972 ",\ "0.005885 ,0.01847 ,0.030835 ,0.053195 ,0.074585 ,0.095525 ,0.116175 ",\ "-0.03844 ,-0.022645 ,-0.009305 ,0.01374 ,0.03583 ,0.0579 ,0.080215 ",\ "-0.059445 ,-0.044365 ,-0.03152 ,-0.008665 ,0.01416 ,0.03783 ,0.062585 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.015025 ,0.031745 ,0.054485 ,0.10129 ,0.14982 ,0.19953 ,0.24393 ",\ "0.020015 ,0.036005 ,0.05782 ,0.10253 ,0.148555 ,0.19584 ,0.24437 ",\ "0.02633 ,0.042115 ,0.063655 ,0.107525 ,0.15227 ,0.197825 ,0.244145 ",\ "0.03715 ,0.053195 ,0.07479 ,0.1184 ,0.16244 ,0.206835 ,0.251535 ",\ "0.04185 ,0.05824 ,0.08005 ,0.12399 ,0.16835 ,0.213075 ,0.25811 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.03534 ,0.041195 ,0.04837 ,0.06337 ,0.07837 ,0.091235 ,0.10414 ",\ "0.071415 ,0.080075 ,0.08779 ,0.101775 ,0.115715 ,0.129995 ,0.14469 ",\ "0.107845 ,0.120515 ,0.12959 ,0.143905 ,0.156855 ,0.1692 ,0.181065 ",\ "0.16566 ,0.182385 ,0.19318 ,0.209395 ,0.223885 ,0.23769 ,0.250925 ",\ "0.1961 ,0.210875 ,0.22115 ,0.23808 ,0.2546 ,0.271425 ,0.288545 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.01276 ,0.021605 ,0.03343 ,0.05708 ,0.080855 ,0.104715 ,0.128605 ",\ "0.01905 ,0.027615 ,0.039085 ,0.06198 ,0.08474 ,0.10734 ,0.130245 ",\ "0.026355 ,0.03498 ,0.04643 ,0.06916 ,0.09164 ,0.11383 ,0.135695 ",\ "0.03815 ,0.0474 ,0.059115 ,0.082065 ,0.10459 ,0.12666 ,0.148245 ",\ "0.04317 ,0.05287 ,0.064785 ,0.08797 ,0.11068 ,0.132925 ,0.154665 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.022235 ,0.030975 ,0.042275 ,0.06498 ,0.08767 ,0.10973 ,0.131795 ",\ "0.018545 ,0.028845 ,0.04049 ,0.06274 ,0.08466 ,0.106515 ,0.12838 ",\ "0.002185 ,0.01497 ,0.02744 ,0.04991 ,0.071365 ,0.09238 ,0.113125 ",\ "-0.046495 ,-0.03056 ,-0.01701 ,0.00633 ,0.028575 ,0.050705 ,0.07302 ",\ "-0.07052 ,-0.05541 ,-0.042305 ,-0.019015 ,0.00405 ,0.027815 ,0.052555 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.01486 ,0.031615 ,0.054305 ,0.100755 ,0.14858 ,0.19639 ,0.24095 ",\ "0.019255 ,0.03541 ,0.05734 ,0.10204 ,0.147745 ,0.19442 ,0.24204 ",\ "0.0248 ,0.040845 ,0.062605 ,0.106705 ,0.151425 ,0.1967 ,0.242505 ",\ "0.034125 ,0.050565 ,0.07255 ,0.11671 ,0.161075 ,0.20558 ,0.250185 ",\ "0.038035 ,0.054885 ,0.077145 ,0.121755 ,0.166535 ,0.21145 ,0.256455 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.038265 ,0.04415 ,0.05137 ,0.06654 ,0.08171 ,0.094545 ,0.107415 ",\ "0.077205 ,0.085875 ,0.09354 ,0.107465 ,0.12144 ,0.13586 ,0.150775 ",\ "0.117495 ,0.130095 ,0.13899 ,0.15298 ,0.165675 ,0.17783 ,0.18956 ",\ "0.183095 ,0.19931 ,0.20958 ,0.224905 ,0.2386 ,0.25164 ,0.26412 ",\ "0.217515 ,0.23136 ,0.24088 ,0.25662 ,0.27209 ,0.287905 ,0.304 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.013295 ,0.02216 ,0.03404 ,0.057865 ,0.08176 ,0.1057 ,0.129665 ",\ "0.019465 ,0.02791 ,0.039295 ,0.06219 ,0.085155 ,0.108205 ,0.13147 ",\ "0.026655 ,0.034955 ,0.046085 ,0.06846 ,0.090915 ,0.113405 ,0.13589 ",\ "0.038095 ,0.04663 ,0.057525 ,0.079225 ,0.101005 ,0.122835 ,0.14468 ",\ "0.04295 ,0.051765 ,0.06259 ,0.083995 ,0.10547 ,0.127035 ,0.14864 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.020995 ,0.02984 ,0.041205 ,0.063905 ,0.08655 ,0.10879 ,0.13102 ",\ "0.01402 ,0.024525 ,0.036355 ,0.05883 ,0.080845 ,0.102665 ,0.12439 ",\ "-0.005465 ,0.00755 ,0.02029 ,0.043185 ,0.06495 ,0.08618 ,0.10707 ",\ "-0.05917 ,-0.04301 ,-0.029045 ,-0.004995 ,0.01778 ,0.040285 ,0.062865 ",\ "-0.086135 ,-0.070675 ,-0.057015 ,-0.03284 ,-0.00918 ,0.01492 ,0.039795 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.014765 ,0.03164 ,0.054405 ,0.10071 ,0.148015 ,0.196305 ,0.24144 ",\ "0.019 ,0.03543 ,0.057615 ,0.10255 ,0.14815 ,0.194375 ,0.241215 ",\ "0.024425 ,0.040875 ,0.063055 ,0.10773 ,0.152715 ,0.197955 ,0.24342 ",\ "0.03356 ,0.050545 ,0.0732 ,0.11849 ,0.163695 ,0.208765 ,0.25365 ",\ "0.037375 ,0.05478 ,0.077805 ,0.123765 ,0.169615 ,0.21531 ,0.260795 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.040295 ,0.04619 ,0.05342 ,0.06865 ,0.083885 ,0.09666 ,0.109465 ",\ "0.08113 ,0.08981 ,0.097435 ,0.111285 ,0.12525 ,0.139715 ,0.15474 ",\ "0.123965 ,0.13656 ,0.145355 ,0.15916 ,0.171715 ,0.183775 ,0.195455 ",\ "0.19494 ,0.210815 ,0.2208 ,0.23571 ,0.2491 ,0.26189 ,0.274155 ",\ "0.232335 ,0.245465 ,0.25454 ,0.269735 ,0.28484 ,0.30038 ,0.316255 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.01377 ,0.022605 ,0.034485 ,0.05847 ,0.0827 ,0.107165 ,0.131845 ",\ "0.019805 ,0.028165 ,0.03951 ,0.06248 ,0.08572 ,0.109195 ,0.132875 ",\ "0.026835 ,0.034975 ,0.046 ,0.068345 ,0.09099 ,0.113875 ,0.13697 ",\ "0.03777 ,0.04593 ,0.05658 ,0.078075 ,0.099905 ,0.122025 ,0.14439 ",\ "0.042205 ,0.050495 ,0.061005 ,0.08213 ,0.10362 ,0.12545 ,0.14757 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.00308 ,0.003035 ,0.003025 ,0.003015 ,0.00301 ,0.00301 ,0.00301 ",\ "0.005835 ,0.00571 ,0.005645 ,0.005575 ,0.00553 ,0.00551 ,0.0055 ",\ "0.00972 ,0.00949 ,0.00937 ,0.009225 ,0.00913 ,0.009075 ,0.009055 ",\ "0.017905 ,0.017535 ,0.01733 ,0.017055 ,0.01687 ,0.01676 ,0.016715 ",\ "0.0222 ,0.021795 ,0.02155 ,0.02123 ,0.02101 ,0.02087 ,0.02081 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.00458 ,0.00451 ,0.00448 ,0.004445 ,0.004425 ,0.00441 ,0.004405 ",\ "0.007285 ,0.00712 ,0.007045 ,0.00696 ,0.006905 ,0.00687 ,0.006855 ",\ "0.011085 ,0.010815 ,0.010685 ,0.01053 ,0.01043 ,0.010365 ,0.01034 ",\ "0.01914 ,0.01872 ,0.01849 ,0.01819 ,0.01799 ,0.01787 ,0.017825 ",\ "0.023385 ,0.022925 ,0.022645 ,0.022275 ,0.022025 ,0.021875 ,0.02182 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.00291 ,0.00287 ,0.00286 ,0.00285 ,0.002845 ,0.002845 ,0.002845 ",\ "0.005415 ,0.0053 ,0.00525 ,0.00519 ,0.005155 ,0.005135 ,0.00513 ",\ "0.008985 ,0.00878 ,0.00868 ,0.00856 ,0.008485 ,0.00844 ,0.00842 ",\ "0.01656 ,0.016245 ,0.016065 ,0.015835 ,0.015675 ,0.015585 ,0.01555 ",\ "0.02055 ,0.020215 ,0.02001 ,0.019725 ,0.019535 ,0.01942 ,0.01938 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.00508 ,0.005 ,0.00497 ,0.00493 ,0.004905 ,0.00489 ,0.004885 ",\ "0.00773 ,0.007555 ,0.007475 ,0.007385 ,0.007325 ,0.007285 ,0.00727 ",\ "0.01142 ,0.01113 ,0.010995 ,0.010825 ,0.01072 ,0.010655 ,0.010625 ",\ "0.019095 ,0.018665 ,0.018425 ,0.01812 ,0.017915 ,0.017795 ,0.017745 ",\ "0.02307 ,0.022615 ,0.022335 ,0.021965 ,0.021715 ,0.02156 ,0.021505 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.00287 ,0.00284 ,0.00283 ,0.00282 ,0.00282 ,0.00282 ,0.00282 ",\ "0.005405 ,0.0053 ,0.005255 ,0.005205 ,0.005175 ,0.005155 ,0.005145 ",\ "0.009055 ,0.00887 ,0.00878 ,0.00867 ,0.0086 ,0.008555 ,0.008535 ",\ "0.016945 ,0.016665 ,0.0165 ,0.01628 ,0.01613 ,0.01604 ,0.016005 ",\ "0.02117 ,0.02088 ,0.020685 ,0.020415 ,0.02023 ,0.02012 ,0.02008 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.006, 0.012, 0.0239, 0.0357, 0.0476, 0.0595 "); values ("0.00561 ,0.005525 ,0.00549 ,0.005445 ,0.00542 ,0.005405 ,0.005395 ",\ "0.00836 ,0.008175 ,0.008095 ,0.007995 ,0.007935 ,0.007895 ,0.00788 ",\ "0.01218 ,0.011885 ,0.011745 ,0.01158 ,0.01147 ,0.0114 ,0.01137 ",\ "0.02014 ,0.019715 ,0.019485 ,0.01918 ,0.01898 ,0.018855 ,0.018805 ",\ "0.02428 ,0.02383 ,0.02356 ,0.023195 ,0.02295 ,0.0228 ,0.02274 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0595 ; } pin(A) { direction : input ; capacitance : 0.001117 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001144 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001200 ; max_transition : 2.7273 ; } } cell(AND3_C) { area : 7 ; cell_footprint : AND3 ; cell_leakage_power : 0.124460 ; pin(Z) { direction : output ; function : "(A*B*C)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.02232 ,0.031315 ,0.043085 ,0.06696 ,0.08943 ,0.11189 ,0.134355 ",\ "0.023045 ,0.03352 ,0.04536 ,0.068295 ,0.09135 ,0.114255 ,0.135765 ",\ "0.012355 ,0.02528 ,0.03769 ,0.060135 ,0.0818 ,0.103275 ,0.12472 ",\ "-0.024905 ,-0.00917 ,0.00399 ,0.026725 ,0.04863 ,0.070675 ,0.09315 ",\ "-0.04316 ,-0.0288 ,-0.01622 ,0.006595 ,0.02972 ,0.05401 ,0.07972 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.0144 ,0.031755 ,0.055065 ,0.10207 ,0.14923 ,0.196485 ,0.2438 ",\ "0.01983 ,0.0366 ,0.05911 ,0.10479 ,0.15115 ,0.197695 ,0.244365 ",\ "0.026755 ,0.043165 ,0.06538 ,0.10994 ,0.156135 ,0.202635 ,0.249335 ",\ "0.038885 ,0.05498 ,0.07684 ,0.12096 ,0.165605 ,0.212345 ,0.25943 ",\ "0.0442 ,0.06027 ,0.081995 ,0.12592 ,0.16994 ,0.21653 ,0.26385 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.03425 ,0.04101 ,0.049805 ,0.068345 ,0.083545 ,0.09873 ,0.11391 ",\ "0.06888 ,0.077515 ,0.085995 ,0.102725 ,0.120595 ,0.13862 ,0.153645 ",\ "0.103425 ,0.115155 ,0.124055 ,0.139545 ,0.154875 ,0.17047 ,0.18632 ",\ "0.156005 ,0.171065 ,0.180855 ,0.196895 ,0.212555 ,0.22836 ,0.24423 ",\ "0.182355 ,0.195535 ,0.205 ,0.22221 ,0.2404 ,0.259785 ,0.28018 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.012875 ,0.02331 ,0.037025 ,0.06433 ,0.093155 ,0.122075 ,0.151055 ",\ "0.01948 ,0.029605 ,0.043075 ,0.06945 ,0.094845 ,0.121815 ,0.150785 ",\ "0.02729 ,0.037325 ,0.050755 ,0.07734 ,0.103235 ,0.12825 ,0.15301 ",\ "0.040135 ,0.050335 ,0.06382 ,0.090845 ,0.11757 ,0.143685 ,0.169 ",\ "0.045625 ,0.05598 ,0.06948 ,0.096615 ,0.12357 ,0.14998 ,0.17562 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.02209 ,0.03118 ,0.04302 ,0.06693 ,0.08953 ,0.1121 ,0.13465 ",\ "0.02079 ,0.03146 ,0.0435 ,0.06667 ,0.0898 ,0.1127 ,0.13421 ",\ "0.00796 ,0.0211 ,0.033815 ,0.056685 ,0.07862 ,0.100285 ,0.121895 ",\ "-0.033955 ,-0.01809 ,-0.0045 ,0.01887 ,0.041155 ,0.06346 ,0.086165 ",\ "-0.055395 ,-0.04088 ,-0.027785 ,-0.004265 ,0.0192 ,0.043625 ,0.069385 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.01422 ,0.03171 ,0.05502 ,0.102165 ,0.14953 ,0.19698 ,0.24449 ",\ "0.018845 ,0.03592 ,0.058835 ,0.10459 ,0.151155 ,0.19823 ,0.24541 ",\ "0.02474 ,0.041625 ,0.064415 ,0.11013 ,0.1557 ,0.20263 ,0.25014 ",\ "0.035025 ,0.05186 ,0.07461 ,0.12049 ,0.166425 ,0.21213 ,0.258945 ",\ "0.039515 ,0.056425 ,0.079195 ,0.12517 ,0.17125 ,0.21711 ,0.262565 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.03712 ,0.0439 ,0.05273 ,0.0714 ,0.08651 ,0.101585 ,0.116655 ",\ "0.07474 ,0.08328 ,0.091645 ,0.108265 ,0.126165 ,0.14426 ,0.15917 ",\ "0.11335 ,0.12483 ,0.13342 ,0.14846 ,0.163505 ,0.17891 ,0.19463 ",\ "0.174075 ,0.18839 ,0.197465 ,0.212435 ,0.227235 ,0.24223 ,0.257265 ",\ "0.204485 ,0.21657 ,0.2251 ,0.240945 ,0.258025 ,0.276335 ,0.29558 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.01341 ,0.02383 ,0.03761 ,0.06499 ,0.09375 ,0.122615 ,0.15155 ",\ "0.019685 ,0.02965 ,0.04301 ,0.069475 ,0.09537 ,0.12198 ,0.1505 ",\ "0.027035 ,0.036685 ,0.049735 ,0.075945 ,0.10197 ,0.12761 ,0.152755 ",\ "0.03896 ,0.04832 ,0.06081 ,0.08637 ,0.11232 ,0.138345 ,0.164245 ",\ "0.044195 ,0.05345 ,0.065605 ,0.09064 ,0.11628 ,0.142145 ,0.16799 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.020775 ,0.029915 ,0.04176 ,0.065585 ,0.08816 ,0.110675 ,0.13316 ",\ "0.015935 ,0.02677 ,0.03895 ,0.062245 ,0.085375 ,0.10819 ,0.12955 ",\ "-0.0003 ,0.01304 ,0.026035 ,0.04928 ,0.07144 ,0.093245 ,0.11497 ",\ "-0.04766 ,-0.031525 ,-0.0174 ,0.006735 ,0.029445 ,0.05198 ,0.07482 ",\ "-0.07222 ,-0.057215 ,-0.04336 ,-0.018855 ,0.005065 ,0.02961 ,0.05529 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.013955 ,0.0314 ,0.0545 ,0.100975 ,0.1483 ,0.1957 ,0.243155 ",\ "0.0184 ,0.035605 ,0.05854 ,0.104015 ,0.14878 ,0.19603 ,0.24347 ",\ "0.02418 ,0.041345 ,0.064365 ,0.110295 ,0.155805 ,0.200745 ,0.24779 ",\ "0.034235 ,0.051585 ,0.07487 ,0.121635 ,0.16829 ,0.214565 ,0.260325 ",\ "0.03854 ,0.056055 ,0.07948 ,0.126545 ,0.1735 ,0.220055 ,0.266035 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.038965 ,0.045775 ,0.05463 ,0.073365 ,0.088435 ,0.10347 ,0.11849 ",\ "0.07847 ,0.086995 ,0.0953 ,0.11186 ,0.12978 ,0.147925 ,0.16279 ",\ "0.119705 ,0.131075 ,0.1395 ,0.154315 ,0.169255 ,0.184635 ,0.200405 ",\ "0.18593 ,0.199775 ,0.20845 ,0.22292 ,0.23744 ,0.252265 ,0.26719 ",\ "0.21923 ,0.23051 ,0.238515 ,0.25378 ,0.270545 ,0.28866 ,0.307765 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.0138 ,0.02414 ,0.037815 ,0.065405 ,0.094015 ,0.122745 ,0.15155 ",\ "0.019925 ,0.029765 ,0.042985 ,0.06923 ,0.094975 ,0.12268 ,0.150935 ",\ "0.027115 ,0.03656 ,0.049385 ,0.075295 ,0.10119 ,0.12686 ,0.15365 ",\ "0.03859 ,0.04756 ,0.05965 ,0.084655 ,0.11039 ,0.136505 ,0.16281 ",\ "0.043525 ,0.052295 ,0.06394 ,0.088265 ,0.113585 ,0.1395 ,0.16576 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.00475 ,0.00467 ,0.00463 ,0.004585 ,0.004555 ,0.004545 ,0.004545 ",\ "0.009025 ,0.00877 ,0.00864 ,0.008475 ,0.00837 ,0.00831 ,0.0083 ",\ "0.01501 ,0.01456 ,0.014315 ,0.01399 ,0.013775 ,0.013655 ,0.013625 ",\ "0.0276 ,0.026845 ,0.0264 ,0.025775 ,0.025355 ,0.02511 ,0.02504 ",\ "0.034185 ,0.033335 ,0.0328 ,0.03204 ,0.03152 ,0.031215 ,0.031115 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.006685 ,0.006555 ,0.0065 ,0.006425 ,0.006375 ,0.006345 ,0.006335 ",\ "0.01086 ,0.01055 ,0.0104 ,0.01021 ,0.010085 ,0.010015 ,0.00999 ",\ "0.016705 ,0.01618 ,0.01591 ,0.01556 ,0.015325 ,0.015195 ,0.015165 ",\ "0.029005 ,0.028185 ,0.027695 ,0.027005 ,0.02655 ,0.0263 ,0.026245 ",\ "0.035455 ,0.03455 ,0.033955 ,0.0331 ,0.032525 ,0.03221 ,0.032145 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.004485 ,0.004415 ,0.004385 ,0.004355 ,0.004335 ,0.00433 ,0.004335 ",\ "0.00834 ,0.008125 ,0.00802 ,0.007885 ,0.0078 ,0.007755 ,0.007745 ",\ "0.013805 ,0.013415 ,0.01321 ,0.012935 ,0.01276 ,0.01266 ,0.01264 ",\ "0.025365 ,0.024725 ,0.02434 ,0.02381 ,0.02346 ,0.02326 ,0.02321 ",\ "0.031445 ,0.03073 ,0.03027 ,0.02962 ,0.029185 ,0.02894 ,0.028875 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.00736 ,0.007215 ,0.007145 ,0.007055 ,0.006995 ,0.006955 ,0.00693 ",\ "0.01145 ,0.01112 ,0.010955 ,0.01074 ,0.010595 ,0.01051 ,0.01048 ",\ "0.01711 ,0.01657 ,0.01628 ,0.015895 ,0.01564 ,0.015495 ,0.015455 ",\ "0.028815 ,0.027995 ,0.02749 ,0.02679 ,0.026325 ,0.02606 ,0.026 ",\ "0.03485 ,0.03396 ,0.03337 ,0.03252 ,0.03195 ,0.03163 ,0.031555 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.004435 ,0.00437 ,0.00434 ,0.004305 ,0.00429 ,0.004285 ,0.00429 ",\ "0.008335 ,0.00814 ,0.008045 ,0.00792 ,0.00784 ,0.0078 ,0.00779 ",\ "0.01393 ,0.01358 ,0.013395 ,0.013145 ,0.01298 ,0.01289 ,0.012865 ",\ "0.025945 ,0.02537 ,0.02502 ,0.024525 ,0.024195 ,0.02401 ,0.023965 ",\ "0.032355 ,0.03171 ,0.031285 ,0.03067 ,0.03026 ,0.03003 ,0.02998 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0123, 0.0244, 0.0488, 0.0731, 0.0974, 0.1218 "); values ("0.00809 ,0.00793 ,0.007855 ,0.007755 ,0.007685 ,0.007635 ,0.007605 ",\ "0.012325 ,0.01199 ,0.01182 ,0.011595 ,0.011445 ,0.01135 ,0.011315 ",\ "0.018185 ,0.017645 ,0.017355 ,0.016965 ,0.01671 ,0.01656 ,0.016515 ",\ "0.03031 ,0.02951 ,0.029015 ,0.028325 ,0.02786 ,0.0276 ,0.02753 ",\ "0.036575 ,0.035715 ,0.035135 ,0.034305 ,0.03374 ,0.03342 ,0.033335 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1218 ; } pin(A) { direction : input ; capacitance : 0.001314 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001343 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001291 ; max_transition : 2.7273 ; } } cell(AND3_D) { area : 7 ; cell_footprint : AND3 ; cell_leakage_power : 0.229691 ; pin(Z) { direction : output ; function : "(A*B*C)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.02165 ,0.03074 ,0.042695 ,0.06611 ,0.088455 ,0.110725 ,0.13295 ",\ "0.02286 ,0.03324 ,0.04514 ,0.06833 ,0.09178 ,0.11312 ,0.13431 ",\ "0.012625 ,0.025295 ,0.03766 ,0.060095 ,0.08181 ,0.103415 ,0.124025 ",\ "-0.02469 ,-0.00933 ,0.003815 ,0.02647 ,0.04816 ,0.06993 ,0.09213 ",\ "-0.0434 ,-0.029455 ,-0.01673 ,0.00624 ,0.029275 ,0.053355 ,0.078815 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.01409 ,0.0313 ,0.05398 ,0.10069 ,0.14835 ,0.19614 ,0.244015 ",\ "0.01994 ,0.036615 ,0.058955 ,0.10296 ,0.147955 ,0.19552 ,0.243245 ",\ "0.027375 ,0.043595 ,0.065715 ,0.11003 ,0.15369 ,0.198545 ,0.246555 ",\ "0.04044 ,0.056035 ,0.077785 ,0.12245 ,0.167475 ,0.212225 ,0.256415 ",\ "0.046145 ,0.06153 ,0.083085 ,0.127715 ,0.17301 ,0.21823 ,0.26302 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.03416 ,0.041385 ,0.050955 ,0.06918 ,0.08515 ,0.100985 ,0.116745 ",\ "0.068995 ,0.077415 ,0.08631 ,0.104445 ,0.12417 ,0.13967 ,0.15514 ",\ "0.103885 ,0.114695 ,0.12358 ,0.13992 ,0.156585 ,0.173825 ,0.19019 ",\ "0.156095 ,0.16981 ,0.179505 ,0.196165 ,0.212555 ,0.229025 ,0.24553 ",\ "0.1814 ,0.193565 ,0.203435 ,0.22179 ,0.24076 ,0.260535 ,0.28105 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.013165 ,0.023875 ,0.03776 ,0.066195 ,0.09654 ,0.12702 ,0.157575 ",\ "0.01999 ,0.030385 ,0.044135 ,0.07053 ,0.09503 ,0.125735 ,0.1566 ",\ "0.028075 ,0.038305 ,0.052075 ,0.07915 ,0.10495 ,0.129115 ,0.158705 ",\ "0.041515 ,0.05165 ,0.065475 ,0.09359 ,0.121315 ,0.148035 ,0.17345 ",\ "0.04734 ,0.05744 ,0.071225 ,0.0996 ,0.12787 ,0.15529 ,0.181495 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.0214 ,0.030595 ,0.04259 ,0.066045 ,0.08855 ,0.110955 ,0.133295 ",\ "0.020475 ,0.031105 ,0.043255 ,0.06662 ,0.089935 ,0.11143 ,0.132735 ",\ "0.007995 ,0.020955 ,0.033725 ,0.05665 ,0.07856 ,0.10018 ,0.120775 ",\ "-0.03406 ,-0.018465 ,-0.004765 ,0.018635 ,0.040715 ,0.06271 ,0.085055 ",\ "-0.05594 ,-0.0417 ,-0.028375 ,-0.004675 ,0.018645 ,0.04278 ,0.06818 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.013865 ,0.031365 ,0.05436 ,0.101455 ,0.14972 ,0.1981 ,0.246555 ",\ "0.018815 ,0.03597 ,0.05879 ,0.10355 ,0.148455 ,0.19683 ,0.24534 ",\ "0.025095 ,0.041965 ,0.06469 ,0.109935 ,0.154295 ,0.19856 ,0.24746 ",\ "0.036025 ,0.05254 ,0.075135 ,0.121095 ,0.167155 ,0.21277 ,0.257695 ",\ "0.040775 ,0.057175 ,0.079685 ,0.125845 ,0.17242 ,0.218785 ,0.264635 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.03709 ,0.044385 ,0.05403 ,0.07233 ,0.088255 ,0.10402 ,0.119695 ",\ "0.07493 ,0.08326 ,0.092065 ,0.110125 ,0.12987 ,0.145295 ,0.160705 ",\ "0.11396 ,0.124445 ,0.13301 ,0.148955 ,0.16539 ,0.182495 ,0.19882 ",\ "0.1745 ,0.18734 ,0.196235 ,0.211825 ,0.22742 ,0.243175 ,0.25894 ",\ "0.20395 ,0.214925 ,0.223755 ,0.24069 ,0.258555 ,0.277275 ,0.29665 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.01369 ,0.02434 ,0.03824 ,0.066725 ,0.09694 ,0.127305 ,0.157755 ",\ "0.02014 ,0.03033 ,0.043925 ,0.07037 ,0.095395 ,0.12559 ,0.155955 ",\ "0.02775 ,0.037535 ,0.05087 ,0.077515 ,0.10345 ,0.12829 ,0.15732 ",\ "0.040155 ,0.049345 ,0.06209 ,0.08867 ,0.115625 ,0.14232 ,0.168425 ",\ "0.04557 ,0.054435 ,0.06677 ,0.092965 ,0.119935 ,0.146885 ,0.17342 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.02011 ,0.029375 ,0.0414 ,0.06486 ,0.087395 ,0.109795 ,0.13212 ",\ "0.015635 ,0.02649 ,0.038855 ,0.062425 ,0.085755 ,0.107285 ,0.12858 ",\ "-0.000335 ,0.01293 ,0.026105 ,0.049555 ,0.07175 ,0.09353 ,0.11415 ",\ "-0.047875 ,-0.031875 ,-0.01751 ,0.006795 ,0.02939 ,0.051685 ,0.074215 ",\ "-0.07268 ,-0.0578 ,-0.04366 ,-0.018955 ,0.004855 ,0.029175 ,0.05458 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.01358 ,0.031095 ,0.054 ,0.100425 ,0.14871 ,0.1971 ,0.24555 ",\ "0.01823 ,0.03557 ,0.0585 ,0.10315 ,0.145895 ,0.194615 ,0.243455 ",\ "0.02425 ,0.0415 ,0.064575 ,0.11014 ,0.15441 ,0.1971 ,0.24485 ",\ "0.034805 ,0.052005 ,0.07534 ,0.1223 ,0.16879 ,0.214315 ,0.25865 ",\ "0.039385 ,0.05658 ,0.08001 ,0.127415 ,0.17453 ,0.220775 ,0.26587 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.039015 ,0.046375 ,0.05609 ,0.07449 ,0.090465 ,0.106265 ,0.121965 ",\ "0.078805 ,0.08711 ,0.09589 ,0.113955 ,0.133755 ,0.149265 ,0.16478 ",\ "0.120475 ,0.13081 ,0.13923 ,0.15504 ,0.17144 ,0.18854 ,0.205025 ",\ "0.1864 ,0.198725 ,0.20727 ,0.222535 ,0.23799 ,0.25363 ,0.26925 ",\ "0.218675 ,0.228845 ,0.237235 ,0.25381 ,0.271535 ,0.29014 ,0.309335 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.014095 ,0.02468 ,0.038565 ,0.067365 ,0.09748 ,0.12776 ,0.158145 ",\ "0.02031 ,0.0304 ,0.043935 ,0.070455 ,0.096875 ,0.126915 ,0.157135 ",\ "0.02762 ,0.037245 ,0.050435 ,0.076995 ,0.103075 ,0.128625 ,0.15886 ",\ "0.039275 ,0.048155 ,0.060585 ,0.086785 ,0.113665 ,0.14056 ,0.167135 ",\ "0.04426 ,0.05274 ,0.064665 ,0.09035 ,0.117175 ,0.144315 ,0.17137 "); } } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.00658 ,0.00645 ,0.006385 ,0.006305 ,0.006255 ,0.006235 ,0.00624 ",\ "0.012505 ,0.012115 ,0.0119 ,0.01161 ,0.01142 ,0.01132 ,0.01131 ",\ "0.020795 ,0.020095 ,0.019685 ,0.01911 ,0.01873 ,0.018525 ,0.01849 ",\ "0.038215 ,0.03705 ,0.036275 ,0.03515 ,0.034395 ,0.033975 ,0.03388 ",\ "0.047335 ,0.04601 ,0.04507 ,0.04368 ,0.042735 ,0.0422 ,0.042075 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.008995 ,0.00878 ,0.00867 ,0.00853 ,0.00843 ,0.008365 ,0.008335 ",\ "0.01478 ,0.014285 ,0.01402 ,0.01365 ,0.01341 ,0.013275 ,0.013245 ",\ "0.02285 ,0.02203 ,0.02155 ,0.02088 ,0.020445 ,0.02021 ,0.02017 ",\ "0.039745 ,0.038475 ,0.037605 ,0.036345 ,0.03551 ,0.035065 ,0.035 ",\ "0.048565 ,0.047165 ,0.04612 ,0.044565 ,0.04353 ,0.04297 ,0.042885 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.00621 ,0.006105 ,0.006055 ,0.005995 ,0.005955 ,0.00594 ,0.005945 ",\ "0.01155 ,0.01122 ,0.01104 ,0.01079 ,0.010635 ,0.01055 ,0.01054 ",\ "0.019085 ,0.01849 ,0.01814 ,0.017645 ,0.017325 ,0.01715 ,0.017125 ",\ "0.03499 ,0.034 ,0.033345 ,0.032395 ,0.03176 ,0.031415 ,0.03135 ",\ "0.043335 ,0.04222 ,0.04143 ,0.04027 ,0.03949 ,0.03906 ,0.038975 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.009905 ,0.009665 ,0.00954 ,0.009375 ,0.00925 ,0.00917 ,0.00912 ",\ "0.01557 ,0.01505 ,0.01476 ,0.01436 ,0.01409 ,0.013935 ,0.013885 ",\ "0.02337 ,0.022535 ,0.022035 ,0.021335 ,0.02087 ,0.02061 ,0.02056 ",\ "0.039415 ,0.03815 ,0.03729 ,0.036035 ,0.0352 ,0.034745 ,0.03466 ",\ "0.047645 ,0.04627 ,0.04526 ,0.043755 ,0.04274 ,0.042185 ,0.04208 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.006125 ,0.006025 ,0.00598 ,0.005925 ,0.005895 ,0.00588 ,0.005885 ",\ "0.01149 ,0.011195 ,0.011035 ,0.010825 ,0.010685 ,0.01061 ,0.010605 ",\ "0.019145 ,0.01862 ,0.01831 ,0.017875 ,0.017595 ,0.01744 ,0.01741 ",\ "0.035555 ,0.034665 ,0.03407 ,0.033215 ,0.03264 ,0.032325 ,0.032265 ",\ "0.044285 ,0.04327 ,0.042545 ,0.04148 ,0.040765 ,0.04037 ,0.0403 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0752, 0.1128, 0.1504, 0.1879 "); values ("0.010885 ,0.01062 ,0.010485 ,0.010295 ,0.010155 ,0.01006 ,0.010005 ",\ "0.016725 ,0.016195 ,0.015895 ,0.01548 ,0.015195 ,0.015025 ,0.01497 ",\ "0.02476 ,0.02393 ,0.02343 ,0.02272 ,0.022245 ,0.02198 ,0.021915 ",\ "0.0413 ,0.040065 ,0.039225 ,0.03799 ,0.037165 ,0.036705 ,0.036615 ",\ "0.04979 ,0.04846 ,0.047475 ,0.04601 ,0.045015 ,0.044465 ,0.044355 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1879 ; } pin(A) { direction : input ; capacitance : 0.001520 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001547 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001503 ; max_transition : 2.7273 ; } } cell(AO21_B) { area : 7 ; cell_footprint : AO21 ; cell_leakage_power : 0.146290 ; pin(Z) { direction : output ; function : "((A2*A1)+B)" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.020675 ,0.029235 ,0.040435 ,0.06281 ,0.085215 ,0.10756 ,0.12993 ",\ "0.01786 ,0.027555 ,0.039055 ,0.061245 ,0.083045 ,0.104625 ,0.12604 ",\ "0.00162 ,0.01351 ,0.025775 ,0.048315 ,0.06997 ,0.091195 ,0.112115 ",\ "-0.046575 ,-0.03097 ,-0.01752 ,0.0059 ,0.028425 ,0.05097 ,0.073785 ",\ "-0.068675 ,-0.05309 ,-0.03998 ,-0.016815 ,0.006215 ,0.030055 ,0.054955 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.01436 ,0.030845 ,0.05326 ,0.099345 ,0.14705 ,0.19341 ,0.237265 ",\ "0.01955 ,0.03527 ,0.056755 ,0.100775 ,0.14604 ,0.19249 ,0.240115 ",\ "0.025875 ,0.0414 ,0.06265 ,0.105945 ,0.150085 ,0.194995 ,0.24064 ",\ "0.03641 ,0.05232 ,0.073745 ,0.116995 ,0.16067 ,0.20469 ,0.249005 ",\ "0.04087 ,0.057255 ,0.07896 ,0.122625 ,0.166685 ,0.211095 ,0.255795 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.034925 ,0.040505 ,0.04712 ,0.06112 ,0.075195 ,0.086275 ,0.09736 ",\ "0.067785 ,0.076635 ,0.08379 ,0.0964 ,0.109085 ,0.12236 ,0.13632 ",\ "0.10363 ,0.11674 ,0.12522 ,0.137855 ,0.149095 ,0.159855 ,0.17034 ",\ "0.164205 ,0.180885 ,0.190965 ,0.205375 ,0.21795 ,0.22987 ,0.241315 ",\ "0.19452 ,0.208765 ,0.218415 ,0.233985 ,0.24904 ,0.264385 ,0.280085 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.013 ,0.02099 ,0.031575 ,0.052455 ,0.07331 ,0.094905 ,0.11652 ",\ "0.01852 ,0.02645 ,0.036935 ,0.057575 ,0.077765 ,0.09748 ,0.116705 ",\ "0.0253 ,0.033375 ,0.04394 ,0.064665 ,0.08486 ,0.104505 ,0.12357 ",\ "0.037145 ,0.04583 ,0.056745 ,0.07794 ,0.098465 ,0.11833 ,0.137495 ",\ "0.042425 ,0.05152 ,0.06267 ,0.08418 ,0.104975 ,0.125075 ,0.14445 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.020195 ,0.028815 ,0.040065 ,0.06248 ,0.084895 ,0.107285 ,0.12969 ",\ "0.01593 ,0.025775 ,0.03739 ,0.059735 ,0.081635 ,0.10329 ,0.12475 ",\ "-0.001815 ,0.010255 ,0.022685 ,0.04547 ,0.067325 ,0.088715 ,0.10979 ",\ "-0.05371 ,-0.038055 ,-0.02441 ,-0.000635 ,0.02216 ,0.044915 ,0.067915 ",\ "-0.07852 ,-0.06299 ,-0.049665 ,-0.026095 ,-0.00278 ,0.021245 ,0.04626 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.01405 ,0.030715 ,0.05328 ,0.099375 ,0.1467 ,0.19398 ,0.238405 ",\ "0.0185 ,0.03458 ,0.05645 ,0.10097 ,0.146395 ,0.192685 ,0.23982 ",\ "0.0239 ,0.039935 ,0.06176 ,0.105975 ,0.15074 ,0.195975 ,0.241655 ",\ "0.032695 ,0.049245 ,0.071535 ,0.11629 ,0.161135 ,0.20598 ,0.250785 ",\ "0.036315 ,0.053325 ,0.07599 ,0.12135 ,0.1667 ,0.21198 ,0.25713 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.037575 ,0.043185 ,0.04982 ,0.0639 ,0.07805 ,0.0891 ,0.100145 ",\ "0.07248 ,0.081335 ,0.08841 ,0.10088 ,0.113495 ,0.12677 ,0.14081 ",\ "0.111225 ,0.12425 ,0.132505 ,0.14471 ,0.15559 ,0.16608 ,0.17636 ",\ "0.178445 ,0.194575 ,0.204025 ,0.217325 ,0.22893 ,0.23996 ,0.250585 ",\ "0.212585 ,0.22586 ,0.23461 ,0.248675 ,0.262415 ,0.27654 ,0.291075 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.013675 ,0.021505 ,0.03195 ,0.052805 ,0.073695 ,0.09477 ,0.115875 ",\ "0.018965 ,0.026595 ,0.036745 ,0.05697 ,0.07709 ,0.09709 ,0.116955 ",\ "0.025375 ,0.03297 ,0.04294 ,0.06275 ,0.082405 ,0.101895 ,0.12119 ",\ "0.03653 ,0.044335 ,0.054145 ,0.073445 ,0.09256 ,0.111495 ,0.130215 ",\ "0.04162 ,0.049615 ,0.05938 ,0.078515 ,0.097485 ,0.116315 ,0.13497 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.022345 ,0.030715 ,0.04187 ,0.064195 ,0.086605 ,0.10923 ,0.131915 ",\ "0.02877 ,0.037645 ,0.0489 ,0.07105 ,0.09295 ,0.114635 ,0.136095 ",\ "0.025735 ,0.03606 ,0.047825 ,0.070245 ,0.092125 ,0.11365 ,0.134865 ",\ "0.006695 ,0.019675 ,0.03219 ,0.05519 ,0.077845 ,0.100615 ,0.123595 ",\ "0.000815 ,0.01346 ,0.02546 ,0.047965 ,0.07089 ,0.094675 ,0.119355 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.01337 ,0.0299 ,0.052485 ,0.09923 ,0.14756 ,0.19139 ,0.235245 ",\ "0.017465 ,0.033145 ,0.054705 ,0.099145 ,0.14515 ,0.19267 ,0.241685 ",\ "0.022375 ,0.03777 ,0.059035 ,0.10258 ,0.147195 ,0.192795 ,0.23934 ",\ "0.030365 ,0.04592 ,0.06728 ,0.110635 ,0.154525 ,0.198855 ,0.24356 ",\ "0.033595 ,0.049505 ,0.07112 ,0.114895 ,0.15918 ,0.203885 ,0.248955 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.036985 ,0.042685 ,0.049335 ,0.06319 ,0.07705 ,0.088245 ,0.09942 ",\ "0.06563 ,0.07466 ,0.08195 ,0.094705 ,0.107425 ,0.120645 ,0.13449 ",\ "0.099615 ,0.11262 ,0.1212 ,0.13412 ,0.145685 ,0.15681 ,0.16771 ",\ "0.16171 ,0.177505 ,0.187665 ,0.20266 ,0.21581 ,0.228215 ,0.24009 ",\ "0.191115 ,0.204525 ,0.214585 ,0.23125 ,0.247085 ,0.262835 ,0.278605 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.01334 ,0.02133 ,0.03188 ,0.05264 ,0.073355 ,0.09493 ,0.116525 ",\ "0.017725 ,0.025895 ,0.0366 ,0.05754 ,0.07784 ,0.097495 ,0.116485 ",\ "0.02332 ,0.031895 ,0.043005 ,0.064545 ,0.08523 ,0.10505 ,0.123985 ",\ "0.03347 ,0.043045 ,0.055085 ,0.0781 ,0.099865 ,0.12038 ,0.139615 ",\ "0.03814 ,0.048245 ,0.06079 ,0.08462 ,0.107035 ,0.12803 ,0.147585 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.00306 ,0.003015 ,0.003 ,0.00299 ,0.002985 ,0.002985 ,0.00299 ",\ "0.006375 ,0.00624 ,0.006185 ,0.00612 ,0.00608 ,0.006055 ,0.00605 ",\ "0.011065 ,0.010835 ,0.01072 ,0.010585 ,0.010495 ,0.01044 ,0.01042 ",\ "0.02099 ,0.020645 ,0.02044 ,0.02017 ,0.01999 ,0.019875 ,0.019825 ",\ "0.02622 ,0.025845 ,0.02561 ,0.02528 ,0.025055 ,0.02491 ,0.02485 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.005405 ,0.00532 ,0.005275 ,0.00523 ,0.005195 ,0.005175 ,0.005165 ",\ "0.00867 ,0.00849 ,0.00841 ,0.008315 ,0.008255 ,0.00822 ,0.008195 ",\ "0.013265 ,0.01298 ,0.012845 ,0.01269 ,0.01259 ,0.01252 ,0.01249 ",\ "0.023005 ,0.02257 ,0.022335 ,0.022035 ,0.021835 ,0.02171 ,0.02166 ",\ "0.028135 ,0.027665 ,0.02738 ,0.027 ,0.02674 ,0.026585 ,0.02653 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.002885 ,0.002845 ,0.002835 ,0.00283 ,0.002825 ,0.00283 ,0.00283 ",\ "0.005935 ,0.00582 ,0.005775 ,0.005725 ,0.005695 ,0.005675 ,0.00567 ",\ "0.010285 ,0.010095 ,0.01 ,0.00989 ,0.00982 ,0.00978 ,0.00976 ",\ "0.019565 ,0.019285 ,0.01912 ,0.0189 ,0.01875 ,0.01866 ,0.018625 ",\ "0.024475 ,0.024195 ,0.024 ,0.023725 ,0.02354 ,0.023425 ,0.023385 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.005925 ,0.005825 ,0.00578 ,0.005725 ,0.00569 ,0.005665 ,0.00565 ",\ "0.00917 ,0.008975 ,0.00889 ,0.00879 ,0.008725 ,0.00868 ,0.00866 ",\ "0.013675 ,0.01338 ,0.01324 ,0.013075 ,0.012965 ,0.012895 ,0.01286 ",\ "0.02305 ,0.022615 ,0.02238 ,0.02208 ,0.021875 ,0.02175 ,0.0217 ",\ "0.02791 ,0.02744 ,0.027165 ,0.02679 ,0.02654 ,0.02639 ,0.026325 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.0034 ,0.003355 ,0.003345 ,0.00334 ,0.003335 ,0.00334 ,0.003345 ",\ "0.00811 ,0.00797 ,0.00791 ,0.00784 ,0.007795 ,0.00777 ,0.00776 ",\ "0.01476 ,0.014535 ,0.014415 ,0.014265 ,0.014165 ,0.014105 ,0.014085 ",\ "0.0287 ,0.02841 ,0.028225 ,0.02796 ,0.027775 ,0.02766 ,0.02761 ",\ "0.035965 ,0.035705 ,0.035505 ,0.03521 ,0.034995 ,0.034855 ,0.034795 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0233, 0.0349, 0.0465, 0.0582 "); values ("0.00702 ,0.006955 ,0.00692 ,0.00688 ,0.00685 ,0.006835 ,0.006835 ",\ "0.01132 ,0.01118 ,0.01112 ,0.01105 ,0.011005 ,0.010975 ,0.010955 ",\ "0.01753 ,0.017305 ,0.017205 ,0.01709 ,0.01701 ,0.016955 ,0.01692 ",\ "0.03103 ,0.030725 ,0.03054 ,0.03029 ,0.03012 ,0.03001 ,0.029965 ",\ "0.0383 ,0.037995 ,0.037765 ,0.037435 ,0.037205 ,0.03707 ,0.03703 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0582 ; } pin(A1) { direction : input ; capacitance : 0.001283 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001232 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001894 ; max_transition : 2.7273 ; } } cell(AO21_C) { area : 7 ; cell_footprint : AO21 ; cell_leakage_power : 0.202882 ; pin(Z) { direction : output ; function : "((A2*A1)+B)" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.02367 ,0.032635 ,0.044415 ,0.06829 ,0.090965 ,0.11367 ,0.136395 ",\ "0.026725 ,0.03711 ,0.04898 ,0.07209 ,0.09536 ,0.11837 ,0.140305 ",\ "0.01869 ,0.031545 ,0.04406 ,0.06686 ,0.088935 ,0.11082 ,0.132665 ",\ "-0.01388 ,0.001935 ,0.015355 ,0.038735 ,0.0613 ,0.08396 ,0.10697 ",\ "-0.029615 ,-0.01515 ,-0.002265 ,0.02126 ,0.045075 ,0.06995 ,0.09611 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.014435 ,0.03187 ,0.055235 ,0.10228 ,0.149545 ,0.19692 ,0.24437 ",\ "0.020245 ,0.03706 ,0.05981 ,0.105605 ,0.15188 ,0.198625 ,0.245515 ",\ "0.027505 ,0.044 ,0.066515 ,0.11204 ,0.15776 ,0.204165 ,0.251375 ",\ "0.03998 ,0.056295 ,0.078655 ,0.12417 ,0.1701 ,0.21607 ,0.26206 ",\ "0.045425 ,0.061775 ,0.08412 ,0.129725 ,0.175875 ,0.22212 ,0.268235 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.034435 ,0.041305 ,0.05018 ,0.068685 ,0.082915 ,0.09698 ,0.110945 ",\ "0.065665 ,0.0744 ,0.082765 ,0.09935 ,0.117445 ,0.134885 ,0.14811 ",\ "0.098515 ,0.110155 ,0.118685 ,0.1334 ,0.148185 ,0.163595 ,0.17971 ",\ "0.149375 ,0.164005 ,0.17338 ,0.188325 ,0.20272 ,0.21732 ,0.232195 ",\ "0.17249 ,0.185525 ,0.195075 ,0.21185 ,0.22907 ,0.247295 ,0.26658 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.013745 ,0.02389 ,0.037125 ,0.063065 ,0.090995 ,0.118995 ,0.147035 ",\ "0.02 ,0.029955 ,0.04306 ,0.06849 ,0.09272 ,0.11762 ,0.145815 ",\ "0.02778 ,0.037675 ,0.05076 ,0.076485 ,0.10136 ,0.1252 ,0.147915 ",\ "0.04133 ,0.051325 ,0.06446 ,0.09069 ,0.116555 ,0.14175 ,0.16609 ",\ "0.047335 ,0.057425 ,0.07057 ,0.096955 ,0.12312 ,0.1487 ,0.17348 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.0228 ,0.03182 ,0.043615 ,0.06738 ,0.09014 ,0.1129 ,0.135665 ",\ "0.02372 ,0.034225 ,0.046245 ,0.06947 ,0.09263 ,0.115485 ,0.13743 ",\ "0.013615 ,0.026545 ,0.0393 ,0.062415 ,0.084615 ,0.10649 ,0.128235 ",\ "-0.023275 ,-0.00754 ,0.00621 ,0.0301 ,0.052935 ,0.07572 ,0.098805 ",\ "-0.041975 ,-0.02754 ,-0.014255 ,0.009825 ,0.033855 ,0.058755 ,0.08484 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.01402 ,0.03141 ,0.054505 ,0.10155 ,0.148855 ,0.19626 ,0.243735 ",\ "0.01887 ,0.035905 ,0.058705 ,0.104025 ,0.15068 ,0.19789 ,0.24523 ",\ "0.02498 ,0.041925 ,0.06475 ,0.110395 ,0.155655 ,0.20316 ,0.251135 ",\ "0.035415 ,0.05249 ,0.07553 ,0.12185 ,0.167975 ,0.21359 ,0.261475 ",\ "0.03989 ,0.0571 ,0.08025 ,0.1268 ,0.173125 ,0.21886 ,0.26435 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.03645 ,0.043355 ,0.052275 ,0.070875 ,0.085075 ,0.0991 ,0.11302 ",\ "0.06967 ,0.078355 ,0.086625 ,0.1031 ,0.12119 ,0.13865 ,0.151815 ",\ "0.10558 ,0.116995 ,0.125235 ,0.139525 ,0.154035 ,0.16927 ,0.185255 ",\ "0.163665 ,0.17756 ,0.18622 ,0.200095 ,0.21365 ,0.22748 ,0.241585 ",\ "0.190815 ,0.202775 ,0.21139 ,0.226785 ,0.24288 ,0.26003 ,0.27819 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.014155 ,0.024095 ,0.037185 ,0.06308 ,0.090365 ,0.117725 ,0.145135 ",\ "0.020025 ,0.02962 ,0.04237 ,0.067485 ,0.091935 ,0.116965 ,0.144105 ",\ "0.02725 ,0.036575 ,0.049035 ,0.073915 ,0.098485 ,0.122565 ,0.146055 ",\ "0.03981 ,0.04878 ,0.060715 ,0.085055 ,0.109655 ,0.13421 ,0.15853 ",\ "0.045515 ,0.054305 ,0.06595 ,0.08991 ,0.11436 ,0.13891 ,0.16335 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.02581 ,0.03446 ,0.04602 ,0.069615 ,0.092485 ,0.11548 ,0.13857 ",\ "0.038565 ,0.04798 ,0.05934 ,0.08203 ,0.105135 ,0.128345 ,0.1512 ",\ "0.04444 ,0.05559 ,0.067205 ,0.08936 ,0.11141 ,0.13349 ,0.155565 ",\ "0.042365 ,0.05555 ,0.06745 ,0.08965 ,0.112075 ,0.13495 ,0.1582 ",\ "0.04335 ,0.054965 ,0.06609 ,0.088125 ,0.111555 ,0.136365 ,0.162375 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.01347 ,0.030655 ,0.054015 ,0.101945 ,0.148615 ,0.19495 ,0.24136 ",\ "0.018 ,0.034385 ,0.056875 ,0.10309 ,0.15064 ,0.199385 ,0.24621 ",\ "0.02346 ,0.03945 ,0.06158 ,0.107085 ,0.153795 ,0.2015 ,0.25009 ",\ "0.032575 ,0.04832 ,0.070145 ,0.11509 ,0.161135 ,0.20795 ,0.25536 ",\ "0.03649 ,0.052275 ,0.07404 ,0.118895 ,0.164885 ,0.211635 ,0.258935 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.03598 ,0.04297 ,0.05186 ,0.070135 ,0.084415 ,0.098475 ,0.112405 ",\ "0.06302 ,0.071975 ,0.080555 ,0.09732 ,0.115375 ,0.13262 ,0.145675 ",\ "0.09357 ,0.10525 ,0.114105 ,0.12939 ,0.14466 ,0.160565 ,0.17724 ",\ "0.14478 ,0.159105 ,0.16915 ,0.18531 ,0.200535 ,0.21575 ,0.231165 ",\ "0.167055 ,0.180215 ,0.190995 ,0.209585 ,0.227675 ,0.24613 ,0.2652 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.01383 ,0.02397 ,0.03711 ,0.062715 ,0.09067 ,0.11869 ,0.14675 ",\ "0.018745 ,0.028995 ,0.04232 ,0.067845 ,0.091765 ,0.116455 ,0.145225 ",\ "0.02514 ,0.035635 ,0.04928 ,0.07566 ,0.10066 ,0.12414 ,0.146025 ",\ "0.03668 ,0.047785 ,0.06211 ,0.090065 ,0.11688 ,0.14232 ,0.166235 ",\ "0.041825 ,0.053265 ,0.067935 ,0.0966 ,0.124135 ,0.150265 ,0.174805 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.00476 ,0.004665 ,0.00462 ,0.00457 ,0.004535 ,0.00452 ,0.00452 ",\ "0.00947 ,0.00919 ,0.009045 ,0.008855 ,0.00873 ,0.00866 ,0.008645 ",\ "0.01609 ,0.015595 ,0.01532 ,0.01495 ,0.014705 ,0.014565 ,0.014525 ",\ "0.03004 ,0.029215 ,0.02871 ,0.02801 ,0.02753 ,0.02725 ,0.02716 ",\ "0.03735 ,0.03641 ,0.03581 ,0.034955 ,0.034365 ,0.034015 ,0.0339 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.007585 ,0.007395 ,0.007305 ,0.00719 ,0.00711 ,0.00706 ,0.007035 ",\ "0.01221 ,0.011825 ,0.01163 ,0.011375 ,0.01121 ,0.01111 ,0.011075 ",\ "0.01868 ,0.01807 ,0.01774 ,0.017295 ,0.017005 ,0.016835 ,0.01679 ",\ "0.0323 ,0.031375 ,0.03079 ,0.029965 ,0.029415 ,0.029105 ,0.02903 ",\ "0.039435 ,0.03842 ,0.03772 ,0.036705 ,0.03602 ,0.035635 ,0.035545 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.00453 ,0.00445 ,0.004415 ,0.004375 ,0.004345 ,0.00433 ,0.00433 ",\ "0.00884 ,0.008605 ,0.00849 ,0.00834 ,0.00824 ,0.00818 ,0.008165 ",\ "0.01495 ,0.01454 ,0.014315 ,0.014015 ,0.013815 ,0.013705 ,0.01367 ",\ "0.027895 ,0.027215 ,0.026805 ,0.02623 ,0.02584 ,0.02562 ,0.02556 ",\ "0.03471 ,0.033945 ,0.03345 ,0.03275 ,0.032275 ,0.032 ,0.03193 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.008155 ,0.00795 ,0.007855 ,0.00773 ,0.00764 ,0.007585 ,0.007555 ",\ "0.01276 ,0.012365 ,0.012165 ,0.011905 ,0.01173 ,0.011625 ,0.01159 ",\ "0.019135 ,0.01852 ,0.018185 ,0.01774 ,0.01745 ,0.01728 ,0.017235 ",\ "0.03233 ,0.031415 ,0.030845 ,0.03004 ,0.0295 ,0.0292 ,0.02913 ",\ "0.03914 ,0.038145 ,0.03747 ,0.03649 ,0.03583 ,0.03546 ,0.03537 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.00515 ,0.005065 ,0.00504 ,0.00501 ,0.004995 ,0.00498 ,0.004965 ",\ "0.011405 ,0.01115 ,0.011005 ,0.01082 ,0.0107 ,0.01064 ,0.01064 ",\ "0.020205 ,0.01976 ,0.019485 ,0.01911 ,0.01887 ,0.01875 ,0.018745 ",\ "0.03856 ,0.037875 ,0.03742 ,0.036775 ,0.036335 ,0.03608 ,0.036015 ",\ "0.04809 ,0.04735 ,0.04685 ,0.046115 ,0.0456 ,0.04528 ,0.04515 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0256, 0.0512, 0.0767, 0.1022, 0.1278 "); values ("0.00945 ,0.009315 ,0.009245 ,0.009155 ,0.009095 ,0.00906 ,0.00905 ",\ "0.015085 ,0.014795 ,0.014655 ,0.01448 ,0.014355 ,0.014285 ,0.014255 ",\ "0.02319 ,0.02273 ,0.02249 ,0.02217 ,0.021955 ,0.021825 ,0.02178 ",\ "0.04076 ,0.040055 ,0.039605 ,0.038965 ,0.03853 ,0.03829 ,0.038235 ",\ "0.050195 ,0.049425 ,0.048865 ,0.048045 ,0.047495 ,0.047195 ,0.047135 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1278 ; } pin(A1) { direction : input ; capacitance : 0.001401 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001380 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002180 ; max_transition : 2.7273 ; } } cell(AO21_D) { area : 7 ; cell_footprint : AO21 ; cell_leakage_power : 0.253142 ; pin(Z) { direction : output ; function : "((A2*A1)+B)" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.02361 ,0.03255 ,0.04436 ,0.0675 ,0.089725 ,0.111905 ,0.134065 ",\ "0.028475 ,0.038645 ,0.0504 ,0.073455 ,0.096715 ,0.118135 ,0.13948 ",\ "0.022925 ,0.035355 ,0.047595 ,0.069995 ,0.091795 ,0.113515 ,0.13437 ",\ "-0.00556 ,0.009605 ,0.02274 ,0.04563 ,0.067635 ,0.089675 ,0.112035 ",\ "-0.01993 ,-0.006175 ,0.00663 ,0.03001 ,0.053465 ,0.07785 ,0.103425 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.01417 ,0.031335 ,0.053895 ,0.100415 ,0.1482 ,0.196135 ,0.24416 ",\ "0.020365 ,0.037045 ,0.05937 ,0.10316 ,0.14751 ,0.19548 ,0.24362 ",\ "0.028105 ,0.044395 ,0.066635 ,0.11106 ,0.15455 ,0.198505 ,0.24729 ",\ "0.04145 ,0.057235 ,0.079345 ,0.124655 ,0.17005 ,0.21482 ,0.258645 ",\ "0.04723 ,0.06283 ,0.084835 ,0.130325 ,0.176175 ,0.221555 ,0.26606 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.03366 ,0.04106 ,0.050755 ,0.0685 ,0.083485 ,0.09817 ,0.112675 ",\ "0.06383 ,0.07231 ,0.08123 ,0.099385 ,0.11889 ,0.13292 ,0.14686 ",\ "0.09499 ,0.10556 ,0.11431 ,0.130355 ,0.14684 ,0.16418 ,0.178805 ",\ "0.1414 ,0.15467 ,0.16428 ,0.18042 ,0.19598 ,0.211575 ,0.227315 ",\ "0.162025 ,0.174335 ,0.184595 ,0.202795 ,0.22084 ,0.239345 ,0.258475 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.01389 ,0.02408 ,0.03724 ,0.064205 ,0.09275 ,0.12137 ,0.15004 ",\ "0.020475 ,0.030405 ,0.043455 ,0.06837 ,0.09183 ,0.12081 ,0.149915 ",\ "0.02866 ,0.038395 ,0.05141 ,0.07683 ,0.100865 ,0.123185 ,0.15178 ",\ "0.04294 ,0.05249 ,0.065505 ,0.091905 ,0.117795 ,0.142605 ,0.16605 ",\ "0.04925 ,0.05874 ,0.07177 ,0.0986 ,0.125295 ,0.151145 ,0.175815 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.022705 ,0.03171 ,0.04353 ,0.06663 ,0.088835 ,0.110965 ,0.13305 ",\ "0.025305 ,0.03566 ,0.047605 ,0.07079 ,0.093975 ,0.11537 ,0.13664 ",\ "0.01754 ,0.03018 ,0.042755 ,0.065575 ,0.08756 ,0.109355 ,0.13011 ",\ "-0.01537 ,-0.00011 ,0.01348 ,0.037005 ,0.05936 ,0.081625 ,0.104175 ",\ "-0.032645 ,-0.01876 ,-0.005485 ,0.01848 ,0.04218 ,0.06664 ,0.09223 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.013695 ,0.03092 ,0.0535 ,0.099505 ,0.147305 ,0.19523 ,0.24324 ",\ "0.01875 ,0.035715 ,0.058295 ,0.102405 ,0.145215 ,0.19349 ,0.241915 ",\ "0.02517 ,0.04196 ,0.06467 ,0.10978 ,0.15377 ,0.1963 ,0.244575 ",\ "0.03619 ,0.052815 ,0.075775 ,0.1224 ,0.168825 ,0.214455 ,0.25902 ",\ "0.04082 ,0.057405 ,0.080465 ,0.12758 ,0.174685 ,0.221085 ,0.266465 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.03564 ,0.04308 ,0.052805 ,0.070575 ,0.08554 ,0.10019 ,0.114655 ",\ "0.067835 ,0.076215 ,0.08501 ,0.103005 ,0.12245 ,0.136405 ,0.15029 ",\ "0.10211 ,0.11235 ,0.12075 ,0.13633 ,0.15253 ,0.16968 ,0.184225 ",\ "0.155805 ,0.1682 ,0.177 ,0.19203 ,0.206775 ,0.221645 ,0.23665 ",\ "0.18046 ,0.19158 ,0.20082 ,0.21761 ,0.23455 ,0.252005 ,0.270015 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.014305 ,0.024415 ,0.03762 ,0.06462 ,0.09289 ,0.12125 ,0.149675 ",\ "0.020435 ,0.030125 ,0.04301 ,0.06811 ,0.09228 ,0.120575 ,0.149005 ",\ "0.027975 ,0.03726 ,0.049835 ,0.074915 ,0.09927 ,0.122575 ,0.150345 ",\ "0.04103 ,0.04965 ,0.06164 ,0.08658 ,0.11176 ,0.136555 ,0.160675 ",\ "0.046915 ,0.055185 ,0.066845 ,0.09161 ,0.11703 ,0.14235 ,0.1672 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.02958 ,0.03814 ,0.04967 ,0.072555 ,0.09466 ,0.116845 ,0.13908 ",\ "0.048255 ,0.057385 ,0.068345 ,0.09079 ,0.11416 ,0.13592 ,0.15782 ",\ "0.0625 ,0.07313 ,0.083955 ,0.10513 ,0.126765 ,0.148825 ,0.17082 ",\ "0.07583 ,0.088065 ,0.099035 ,0.12001 ,0.14144 ,0.16331 ,0.185465 ",\ "0.08277 ,0.093225 ,0.10384 ,0.1254 ,0.14828 ,0.17225 ,0.19711 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.01383 ,0.03065 ,0.05316 ,0.099395 ,0.146125 ,0.193045 ,0.240085 ",\ "0.018555 ,0.03475 ,0.056785 ,0.10101 ,0.14678 ,0.193305 ,0.24001 ",\ "0.024315 ,0.04005 ,0.06183 ,0.10607 ,0.150365 ,0.19673 ,0.24372 ",\ "0.034045 ,0.049195 ,0.07059 ,0.11487 ,0.15986 ,0.204925 ,0.251475 ",\ "0.038325 ,0.05327 ,0.074435 ,0.11859 ,0.163715 ,0.20904 ,0.254295 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.034875 ,0.042435 ,0.05214 ,0.06981 ,0.084865 ,0.099545 ,0.114005 ",\ "0.05957 ,0.068415 ,0.07767 ,0.09601 ,0.115305 ,0.129245 ,0.142995 ",\ "0.085545 ,0.096475 ,0.10582 ,0.12264 ,0.1396 ,0.15733 ,0.171645 ",\ "0.124725 ,0.138375 ,0.14899 ,0.16649 ,0.182885 ,0.19916 ,0.21562 ",\ "0.14085 ,0.15411 ,0.165755 ,0.185515 ,0.20415 ,0.222795 ,0.24188 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.01386 ,0.024105 ,0.037215 ,0.06408 ,0.092665 ,0.121305 ,0.14998 ",\ "0.0192 ,0.02947 ,0.042775 ,0.067865 ,0.091185 ,0.120645 ,0.15021 ",\ "0.02621 ,0.03658 ,0.050185 ,0.076365 ,0.10074 ,0.12305 ,0.15242 ",\ "0.038725 ,0.04943 ,0.063665 ,0.09185 ,0.1189 ,0.14434 ,0.16794 ",\ "0.044205 ,0.05511 ,0.06968 ,0.098785 ,0.126945 ,0.1536 ,0.17847 "); } } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.006755 ,0.006605 ,0.00652 ,0.006405 ,0.00633 ,0.006295 ,0.006295 ",\ "0.013375 ,0.012925 ,0.01267 ,0.012315 ,0.01208 ,0.01195 ,0.011925 ",\ "0.02264 ,0.02185 ,0.021375 ,0.0207 ,0.02025 ,0.02 ,0.01994 ",\ "0.042085 ,0.040775 ,0.0399 ,0.03863 ,0.037765 ,0.037265 ,0.037125 ",\ "0.05224 ,0.05076 ,0.04971 ,0.048155 ,0.047085 ,0.046465 ,0.04628 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.010215 ,0.0099 ,0.009745 ,0.00953 ,0.009385 ,0.009295 ,0.00926 ",\ "0.01668 ,0.01607 ,0.01573 ,0.01526 ,0.014945 ,0.01477 ,0.014725 ",\ "0.025695 ,0.02474 ,0.02416 ,0.02334 ,0.022795 ,0.0225 ,0.022445 ",\ "0.044595 ,0.043145 ,0.04212 ,0.04061 ,0.039605 ,0.039055 ,0.03896 ",\ "0.05446 ,0.052865 ,0.051635 ,0.04979 ,0.048545 ,0.047865 ,0.047745 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.00641 ,0.006285 ,0.006225 ,0.00614 ,0.00609 ,0.00606 ,0.00606 ",\ "0.012425 ,0.012065 ,0.01186 ,0.01158 ,0.011395 ,0.011295 ,0.011275 ",\ "0.020915 ,0.020275 ,0.01989 ,0.019345 ,0.01898 ,0.01878 ,0.01874 ",\ "0.038815 ,0.037745 ,0.037035 ,0.036 ,0.0353 ,0.03491 ,0.034825 ",\ "0.0482 ,0.046985 ,0.04613 ,0.04487 ,0.04402 ,0.04354 ,0.043435 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.010945 ,0.01062 ,0.01045 ,0.010225 ,0.010065 ,0.009965 ,0.00992 ",\ "0.017375 ,0.01676 ,0.01641 ,0.015925 ,0.0156 ,0.01542 ,0.015375 ",\ "0.026245 ,0.025295 ,0.02471 ,0.023885 ,0.02334 ,0.023045 ,0.022995 ",\ "0.04452 ,0.043105 ,0.042105 ,0.04064 ,0.03966 ,0.039135 ,0.039055 ",\ "0.053915 ,0.052365 ,0.051185 ,0.04942 ,0.048235 ,0.04759 ,0.04748 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.007215 ,0.00705 ,0.00696 ,0.00683 ,0.00674 ,0.006695 ,0.00668 ",\ "0.015095 ,0.014655 ,0.014385 ,0.013995 ,0.01373 ,0.01358 ,0.01354 ",\ "0.026165 ,0.025415 ,0.024925 ,0.024215 ,0.02373 ,0.023455 ,0.023375 ",\ "0.049165 ,0.048 ,0.047175 ,0.045955 ,0.045105 ,0.0446 ,0.044435 ",\ "0.061065 ,0.059795 ,0.05886 ,0.05744 ,0.05645 ,0.05585 ,0.055635 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.005, 0.0199, 0.0396, 0.0792, 0.1187, 0.1582, 0.1978 "); values ("0.0123 ,0.01208 ,0.01196 ,0.0118 ,0.01169 ,0.01162 ,0.011595 ",\ "0.01937 ,0.01891 ,0.018655 ,0.018305 ,0.01807 ,0.01793 ,0.01789 ",\ "0.02952 ,0.02877 ,0.028325 ,0.027705 ,0.027285 ,0.02705 ,0.026995 ",\ "0.051405 ,0.050245 ,0.049415 ,0.0482 ,0.04739 ,0.04695 ,0.046875 ",\ "0.06312 ,0.061825 ,0.06081 ,0.05928 ,0.058255 ,0.05771 ,0.05763 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1978 ; } pin(A1) { direction : input ; capacitance : 0.001620 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001611 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002514 ; max_transition : 2.7273 ; } } cell(AO22_B) { area : 8 ; cell_footprint : AO22 ; cell_leakage_power : 0.155524 ; pin(Z) { direction : output ; function : "((A1*A2)+(B1*B2))" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.022935 ,0.03159 ,0.04287 ,0.06551 ,0.088195 ,0.110535 ,0.13291 ",\ "0.02235 ,0.03236 ,0.04398 ,0.066325 ,0.088325 ,0.110175 ,0.131925 ",\ "0.00867 ,0.0211 ,0.03356 ,0.05626 ,0.078005 ,0.09928 ,0.12022 ",\ "-0.033595 ,-0.017735 ,-0.00418 ,0.019385 ,0.042025 ,0.06463 ,0.087445 ",\ "-0.05145 ,-0.036315 ,-0.02335 ,-0.000155 ,0.023075 ,0.047175 ,0.072335 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.01532 ,0.031925 ,0.054495 ,0.100925 ,0.14904 ,0.19799 ,0.2421 ",\ "0.020325 ,0.03629 ,0.058015 ,0.102495 ,0.148215 ,0.195145 ,0.24326 ",\ "0.026185 ,0.042105 ,0.06373 ,0.107685 ,0.15242 ,0.197875 ,0.244025 ",\ "0.03568 ,0.05201 ,0.07399 ,0.118275 ,0.16285 ,0.207625 ,0.252565 ",\ "0.03988 ,0.05647 ,0.078745 ,0.12358 ,0.168695 ,0.213995 ,0.25942 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.037245 ,0.04279 ,0.049345 ,0.063395 ,0.077515 ,0.088185 ,0.09884 ",\ "0.071795 ,0.080715 ,0.087695 ,0.09992 ,0.112355 ,0.12554 ,0.13959 ",\ "0.108775 ,0.122155 ,0.130395 ,0.142315 ,0.152845 ,0.162985 ,0.17294 ",\ "0.169835 ,0.18684 ,0.19652 ,0.209845 ,0.22141 ,0.23248 ,0.24328 ",\ "0.20033 ,0.214555 ,0.22362 ,0.237985 ,0.252125 ,0.266905 ,0.282415 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.013855 ,0.02158 ,0.031825 ,0.05211 ,0.072385 ,0.093195 ,0.11402 ",\ "0.01951 ,0.02718 ,0.037285 ,0.057195 ,0.076695 ,0.09577 ,0.114405 ",\ "0.026495 ,0.034305 ,0.04443 ,0.064215 ,0.08345 ,0.102115 ,0.120195 ",\ "0.038545 ,0.04696 ,0.05732 ,0.077275 ,0.096515 ,0.115065 ,0.13289 ",\ "0.043955 ,0.052765 ,0.0633 ,0.08348 ,0.10294 ,0.12172 ,0.1398 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.022225 ,0.030885 ,0.04214 ,0.06471 ,0.08731 ,0.109505 ,0.131725 ",\ "0.01981 ,0.029885 ,0.04152 ,0.063865 ,0.08585 ,0.1077 ,0.129465 ",\ "0.004385 ,0.01688 ,0.0294 ,0.05217 ,0.073965 ,0.095305 ,0.11634 ",\ "-0.04188 ,-0.026105 ,-0.012445 ,0.011325 ,0.03412 ,0.05685 ,0.079795 ",\ "-0.062775 ,-0.04779 ,-0.03467 ,-0.011145 ,0.012315 ,0.03656 ,0.06183 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.01503 ,0.03178 ,0.05446 ,0.100805 ,0.14842 ,0.196695 ,0.24134 ",\ "0.019475 ,0.0357 ,0.057735 ,0.102545 ,0.1482 ,0.19466 ,0.2419 ",\ "0.024715 ,0.04095 ,0.063005 ,0.10758 ,0.152565 ,0.197895 ,0.243525 ",\ "0.032865 ,0.04962 ,0.072265 ,0.117685 ,0.163065 ,0.20832 ,0.25339 ",\ "0.03619 ,0.05331 ,0.07637 ,0.12262 ,0.16883 ,0.214905 ,0.26079 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.039855 ,0.045465 ,0.052065 ,0.066225 ,0.08045 ,0.0911 ,0.101745 ",\ "0.076305 ,0.085345 ,0.09231 ,0.10449 ,0.11691 ,0.130135 ,0.14428 ",\ "0.11614 ,0.129615 ,0.137755 ,0.149415 ,0.159705 ,0.16964 ,0.17943 ",\ "0.183975 ,0.200625 ,0.20987 ,0.222415 ,0.23324 ,0.243585 ,0.253645 ",\ "0.218335 ,0.231715 ,0.2401 ,0.25338 ,0.26652 ,0.2803 ,0.294765 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.01452 ,0.022155 ,0.032305 ,0.052475 ,0.072655 ,0.0932 ,0.113765 ",\ "0.01989 ,0.027375 ,0.037255 ,0.05684 ,0.07619 ,0.095285 ,0.11412 ",\ "0.02649 ,0.033955 ,0.04366 ,0.0628 ,0.08164 ,0.100165 ,0.118355 ",\ "0.03784 ,0.045495 ,0.055005 ,0.073595 ,0.09186 ,0.109815 ,0.12742 ",\ "0.04294 ,0.050725 ,0.06017 ,0.07859 ,0.09674 ,0.114645 ,0.132265 "); } } timing() { related_pin : "B1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.028065 ,0.036585 ,0.047795 ,0.070675 ,0.09368 ,0.115575 ,0.13752 ",\ "0.03348 ,0.043135 ,0.054415 ,0.076385 ,0.098385 ,0.12059 ,0.143045 ",\ "0.026995 ,0.03881 ,0.050665 ,0.072425 ,0.09353 ,0.114415 ,0.13518 ",\ "-0.00448 ,0.01002 ,0.022475 ,0.044375 ,0.0657 ,0.087215 ,0.1091 ",\ "-0.01893 ,-0.0057 ,0.005925 ,0.027275 ,0.04916 ,0.072215 ,0.09656 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.014975 ,0.03184 ,0.054645 ,0.10109 ,0.14862 ,0.19381 ,0.238805 ",\ "0.01865 ,0.0349 ,0.057025 ,0.102075 ,0.14803 ,0.194845 ,0.242495 ",\ "0.02342 ,0.039295 ,0.061055 ,0.10533 ,0.15035 ,0.19604 ,0.242365 ",\ "0.03168 ,0.047235 ,0.06864 ,0.112195 ,0.156435 ,0.201245 ,0.24657 ",\ "0.03532 ,0.05088 ,0.072215 ,0.115685 ,0.15993 ,0.204845 ,0.250365 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.042915 ,0.04857 ,0.05516 ,0.06893 ,0.08268 ,0.093705 ,0.104705 ",\ "0.069445 ,0.078545 ,0.08587 ,0.098625 ,0.11131 ,0.124475 ,0.138255 ",\ "0.098885 ,0.11219 ,0.120955 ,0.13406 ,0.14565 ,0.156715 ,0.167485 ",\ "0.152235 ,0.168815 ,0.17944 ,0.194905 ,0.208225 ,0.22063 ,0.23239 ",\ "0.178555 ,0.19293 ,0.20352 ,0.22069 ,0.23671 ,0.25247 ,0.26816 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.013595 ,0.021555 ,0.031945 ,0.052065 ,0.07208 ,0.09359 ,0.115115 ",\ "0.018425 ,0.02675 ,0.03749 ,0.05818 ,0.077865 ,0.096545 ,0.114215 ",\ "0.02488 ,0.033705 ,0.044895 ,0.06628 ,0.08648 ,0.1055 ,0.123325 ",\ "0.03637 ,0.04625 ,0.05838 ,0.08122 ,0.10248 ,0.122185 ,0.140315 ",\ "0.04127 ,0.05168 ,0.064305 ,0.08792 ,0.109745 ,0.129815 ,0.148115 "); } } timing() { related_pin : "B2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.027135 ,0.0357 ,0.046935 ,0.069825 ,0.092815 ,0.11466 ,0.136535 ",\ "0.03055 ,0.04034 ,0.051705 ,0.073775 ,0.095845 ,0.11811 ,0.14062 ",\ "0.022595 ,0.034555 ,0.046545 ,0.06852 ,0.089775 ,0.11078 ,0.131675 ",\ "-0.01162 ,0.002915 ,0.015625 ,0.037985 ,0.059635 ,0.081365 ,0.1034 ",\ "-0.028525 ,-0.015255 ,-0.003245 ,0.018805 ,0.04116 ,0.0645 ,0.08899 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.014815 ,0.031635 ,0.054385 ,0.10086 ,0.14764 ,0.192375 ,0.23713 ",\ "0.01806 ,0.03435 ,0.056475 ,0.101535 ,0.14755 ,0.19448 ,0.24231 ",\ "0.022355 ,0.03843 ,0.060325 ,0.104755 ,0.14986 ,0.19557 ,0.241855 ",\ "0.029745 ,0.04584 ,0.06772 ,0.111975 ,0.15669 ,0.201785 ,0.24722 ",\ "0.032855 ,0.049135 ,0.07115 ,0.115705 ,0.160795 ,0.206345 ,0.252315 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.045455 ,0.051165 ,0.05779 ,0.07165 ,0.085495 ,0.09651 ,0.1075 ",\ "0.0731 ,0.082275 ,0.08957 ,0.102245 ,0.114885 ,0.128055 ,0.14189 ",\ "0.10472 ,0.118015 ,0.12663 ,0.13941 ,0.150715 ,0.161525 ,0.17208 ",\ "0.164605 ,0.18065 ,0.190785 ,0.205405 ,0.217945 ,0.229585 ,0.24057 ",\ "0.194795 ,0.20822 ,0.21812 ,0.234215 ,0.24924 ,0.264 ,0.278645 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.01439 ,0.022225 ,0.032475 ,0.052405 ,0.072255 ,0.09342 ,0.1146 ",\ "0.01893 ,0.027 ,0.037465 ,0.05776 ,0.07726 ,0.09596 ,0.113855 ",\ "0.02495 ,0.03335 ,0.044065 ,0.064735 ,0.084525 ,0.103435 ,0.12145 ",\ "0.035735 ,0.044835 ,0.05604 ,0.07735 ,0.09748 ,0.116455 ,0.13424 ",\ "0.0405 ,0.049935 ,0.06138 ,0.082955 ,0.10315 ,0.121995 ,0.139455 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.003215 ,0.00317 ,0.00315 ,0.003135 ,0.003135 ,0.003135 ,0.003145 ",\ "0.00663 ,0.006465 ,0.006395 ,0.00632 ,0.006275 ,0.006255 ,0.00625 ",\ "0.01148 ,0.011195 ,0.011065 ,0.01091 ,0.010815 ,0.010755 ,0.010735 ",\ "0.021895 ,0.02151 ,0.02129 ,0.021 ,0.020805 ,0.020685 ,0.020635 ",\ "0.02745 ,0.02708 ,0.026835 ,0.02649 ,0.02625 ,0.0261 ,0.02604 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.00587 ,0.005785 ,0.00574 ,0.00569 ,0.00566 ,0.00564 ,0.00563 ",\ "0.00931 ,0.00912 ,0.009035 ,0.00894 ,0.008875 ,0.00883 ,0.00881 ",\ "0.014145 ,0.013845 ,0.0137 ,0.01353 ,0.01342 ,0.01335 ,0.013315 ",\ "0.02438 ,0.023935 ,0.023685 ,0.02336 ,0.02314 ,0.023005 ,0.02295 ",\ "0.029765 ,0.02929 ,0.028995 ,0.028585 ,0.028305 ,0.02814 ,0.02807 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.00304 ,0.002995 ,0.00298 ,0.00297 ,0.002965 ,0.002965 ,0.002975 ",\ "0.00617 ,0.006045 ,0.005985 ,0.00592 ,0.005885 ,0.00586 ,0.00586 ",\ "0.01067 ,0.01046 ,0.010355 ,0.01022 ,0.010135 ,0.01009 ,0.01007 ",\ "0.02042 ,0.020135 ,0.01996 ,0.019715 ,0.01955 ,0.019455 ,0.019415 ",\ "0.025655 ,0.025385 ,0.02519 ,0.0249 ,0.024705 ,0.024585 ,0.02454 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.006385 ,0.006285 ,0.006235 ,0.00618 ,0.006145 ,0.00612 ,0.00611 ",\ "0.00979 ,0.009595 ,0.0095 ,0.00939 ,0.00932 ,0.009275 ,0.009255 ",\ "0.014525 ,0.01422 ,0.01407 ,0.013885 ,0.013765 ,0.013695 ,0.01366 ",\ "0.02438 ,0.02393 ,0.02368 ,0.023345 ,0.023125 ,0.02299 ,0.02293 ",\ "0.029485 ,0.029005 ,0.02871 ,0.028305 ,0.02803 ,0.02786 ,0.02779 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.00464 ,0.004575 ,0.00454 ,0.0045 ,0.00448 ,0.004475 ,0.00448 ",\ "0.008135 ,0.00799 ,0.007905 ,0.007805 ,0.007735 ,0.007695 ,0.007685 ",\ "0.013105 ,0.012875 ,0.01274 ,0.012555 ,0.01243 ,0.012355 ,0.01232 ",\ "0.02369 ,0.023365 ,0.023155 ,0.022865 ,0.022655 ,0.02252 ,0.022445 ",\ "0.02929 ,0.028955 ,0.02873 ,0.028405 ,0.02817 ,0.028015 ,0.027925 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.006605 ,0.00652 ,0.006475 ,0.00642 ,0.00638 ,0.00636 ,0.00635 ",\ "0.00964 ,0.009455 ,0.00937 ,0.009275 ,0.00921 ,0.009165 ,0.00914 ",\ "0.01415 ,0.013865 ,0.01373 ,0.013565 ,0.013455 ,0.01338 ,0.01334 ",\ "0.024385 ,0.023995 ,0.02376 ,0.023435 ,0.023215 ,0.02308 ,0.02302 ",\ "0.030095 ,0.02971 ,0.029425 ,0.02901 ,0.02872 ,0.02855 ,0.028485 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.004475 ,0.004425 ,0.004395 ,0.004355 ,0.00433 ,0.004325 ,0.00433 ",\ "0.00765 ,0.007535 ,0.007475 ,0.0074 ,0.007355 ,0.007325 ,0.00731 ",\ "0.01222 ,0.012035 ,0.01194 ,0.011815 ,0.01173 ,0.01167 ,0.011645 ",\ "0.02205 ,0.021795 ,0.02163 ,0.0214 ,0.02124 ,0.02114 ,0.0211 ",\ "0.027295 ,0.027035 ,0.026845 ,0.02656 ,0.026365 ,0.02625 ,0.026215 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0059, 0.0117, 0.0234, 0.035, 0.0467, 0.0583 "); values ("0.00714 ,0.00704 ,0.00699 ,0.006925 ,0.00688 ,0.00685 ,0.00684 ",\ "0.01014 ,0.009945 ,0.009855 ,0.00975 ,0.009675 ,0.009625 ,0.0096 ",\ "0.01455 ,0.014255 ,0.014115 ,0.01394 ,0.01382 ,0.013745 ,0.0137 ",\ "0.024395 ,0.024005 ,0.02377 ,0.023445 ,0.02322 ,0.023075 ,0.023015 ",\ "0.029825 ,0.02944 ,0.029155 ,0.028745 ,0.02846 ,0.028285 ,0.028215 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0583 ; } pin(A1) { direction : input ; capacitance : 0.001413 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001225 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.001469 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.001359 ; max_transition : 2.7273 ; } } cell(AO22_C) { area : 8 ; cell_footprint : AO22 ; cell_leakage_power : 0.241233 ; pin(Z) { direction : output ; function : "((A1*A2)+(B1*B2))" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.025445 ,0.034425 ,0.04624 ,0.07031 ,0.0927 ,0.115105 ,0.137525 ",\ "0.030405 ,0.04088 ,0.052695 ,0.075775 ,0.09922 ,0.122375 ,0.14404 ",\ "0.02498 ,0.037985 ,0.05037 ,0.07286 ,0.0947 ,0.11641 ,0.138125 ",\ "-0.0012 ,0.014495 ,0.027605 ,0.050455 ,0.072605 ,0.094875 ,0.117475 ",\ "-0.012855 ,0.001065 ,0.0135 ,0.036535 ,0.06015 ,0.08498 ,0.11117 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.015225 ,0.032545 ,0.055595 ,0.1022 ,0.149425 ,0.19676 ,0.244175 ",\ "0.020885 ,0.037765 ,0.060455 ,0.105705 ,0.151035 ,0.198065 ,0.24523 ",\ "0.027735 ,0.044415 ,0.06703 ,0.112465 ,0.157745 ,0.20288 ,0.250495 ",\ "0.039695 ,0.05623 ,0.078795 ,0.12456 ,0.170565 ,0.21643 ,0.261955 ",\ "0.045335 ,0.061805 ,0.08428 ,0.13003 ,0.17613 ,0.222125 ,0.26777 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.036185 ,0.043025 ,0.05193 ,0.070615 ,0.0844 ,0.09798 ,0.111435 ",\ "0.068805 ,0.07747 ,0.085695 ,0.10213 ,0.12034 ,0.13776 ,0.150145 ",\ "0.10271 ,0.114305 ,0.12256 ,0.13671 ,0.151055 ,0.166215 ,0.18229 ",\ "0.15414 ,0.16872 ,0.17767 ,0.19163 ,0.205125 ,0.219 ,0.233365 ",\ "0.17726 ,0.19008 ,0.19913 ,0.21488 ,0.231265 ,0.248945 ,0.26801 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.01431 ,0.02414 ,0.037025 ,0.062375 ,0.089255 ,0.11618 ,0.14314 ",\ "0.020635 ,0.030275 ,0.04298 ,0.06776 ,0.09157 ,0.115935 ,0.143055 ",\ "0.02862 ,0.038145 ,0.05071 ,0.07545 ,0.099445 ,0.122535 ,0.144615 ",\ "0.042505 ,0.052045 ,0.06447 ,0.089295 ,0.113815 ,0.13774 ,0.160895 ",\ "0.048575 ,0.05819 ,0.07058 ,0.0955 ,0.12033 ,0.14473 ,0.16848 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.024475 ,0.03355 ,0.045425 ,0.069465 ,0.09204 ,0.114595 ,0.13715 ",\ "0.02703 ,0.037665 ,0.04969 ,0.073 ,0.09643 ,0.11952 ,0.14132 ",\ "0.01937 ,0.032485 ,0.04519 ,0.06817 ,0.090295 ,0.112135 ,0.133875 ",\ "-0.011335 ,0.00431 ,0.01789 ,0.04155 ,0.064215 ,0.086825 ,0.10966 ",\ "-0.026235 ,-0.01228 ,0.000755 ,0.02472 ,0.04885 ,0.07391 ,0.10016 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.01487 ,0.032465 ,0.05575 ,0.10286 ,0.15084 ,0.198925 ,0.247075 ",\ "0.019505 ,0.036885 ,0.06008 ,0.10601 ,0.15161 ,0.19976 ,0.24803 ",\ "0.02524 ,0.042615 ,0.06598 ,0.1126 ,0.15874 ,0.20421 ,0.253135 ",\ "0.035305 ,0.05285 ,0.076555 ,0.124235 ,0.17178 ,0.21887 ,0.265335 ",\ "0.03996 ,0.05759 ,0.081395 ,0.12933 ,0.177125 ,0.224395 ,0.270935 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.038295 ,0.0452 ,0.05417 ,0.072985 ,0.086775 ,0.100355 ,0.113795 ",\ "0.07291 ,0.081575 ,0.08975 ,0.106145 ,0.12439 ,0.14187 ,0.154275 ",\ "0.109915 ,0.121375 ,0.129425 ,0.14326 ,0.1574 ,0.1724 ,0.18833 ",\ "0.16871 ,0.182655 ,0.191025 ,0.204135 ,0.216925 ,0.2301 ,0.243685 ",\ "0.19594 ,0.20776 ,0.21603 ,0.230685 ,0.246135 ,0.26284 ,0.280795 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.014865 ,0.024575 ,0.037365 ,0.06265 ,0.089145 ,0.11569 ,0.142275 ",\ "0.020785 ,0.03018 ,0.04262 ,0.06713 ,0.09101 ,0.115345 ,0.14168 ",\ "0.02816 ,0.037285 ,0.04937 ,0.07345 ,0.097205 ,0.12048 ,0.14317 ",\ "0.04099 ,0.04975 ,0.06121 ,0.084505 ,0.10805 ,0.131565 ,0.154875 ",\ "0.04679 ,0.05538 ,0.06652 ,0.089405 ,0.112825 ,0.13644 ,0.16003 "); } } timing() { related_pin : "B1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.0311 ,0.04001 ,0.051885 ,0.076275 ,0.098525 ,0.120795 ,0.143085 ",\ "0.042035 ,0.05205 ,0.06361 ,0.08663 ,0.1104 ,0.133895 ,0.15548 ",\ "0.04393 ,0.056025 ,0.0678 ,0.08965 ,0.11123 ,0.1329 ,0.15472 ",\ "0.028595 ,0.04268 ,0.054645 ,0.076055 ,0.0972 ,0.118605 ,0.14033 ",\ "0.02028 ,0.03234 ,0.04346 ,0.06485 ,0.087315 ,0.111135 ,0.136285 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.014875 ,0.032345 ,0.05584 ,0.10323 ,0.151035 ,0.19918 ,0.247625 ",\ "0.01933 ,0.036185 ,0.059085 ,0.10552 ,0.15253 ,0.199975 ,0.24779 ",\ "0.025285 ,0.041605 ,0.064005 ,0.109745 ,0.156285 ,0.20342 ,0.251025 ",\ "0.035805 ,0.051405 ,0.073035 ,0.11775 ,0.163785 ,0.21078 ,0.25855 ",\ "0.040455 ,0.05582 ,0.07712 ,0.12143 ,0.16734 ,0.214435 ,0.2625 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.040755 ,0.047735 ,0.056655 ,0.07501 ,0.089055 ,0.102835 ,0.11645 ",\ "0.06595 ,0.07497 ,0.08367 ,0.10061 ,0.118825 ,0.13605 ,0.148525 ",\ "0.092435 ,0.10435 ,0.113475 ,0.129015 ,0.14435 ,0.160285 ,0.17704 ",\ "0.135265 ,0.150245 ,0.16079 ,0.177295 ,0.19245 ,0.207475 ,0.222735 ",\ "0.154145 ,0.168115 ,0.179415 ,0.198265 ,0.216175 ,0.234365 ,0.25327 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.014045 ,0.02399 ,0.03683 ,0.061745 ,0.088905 ,0.11609 ,0.143285 ",\ "0.01941 ,0.029565 ,0.04266 ,0.06764 ,0.090965 ,0.114985 ,0.14306 ",\ "0.02656 ,0.03703 ,0.05048 ,0.07634 ,0.10074 ,0.12357 ,0.14475 ",\ "0.03916 ,0.050325 ,0.06451 ,0.09196 ,0.11809 ,0.142695 ,0.165625 ",\ "0.04448 ,0.055995 ,0.07056 ,0.09875 ,0.125555 ,0.150725 ,0.174095 "); } } timing() { related_pin : "B2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.029995 ,0.039005 ,0.050945 ,0.075345 ,0.097625 ,0.11989 ,0.142155 ",\ "0.0383 ,0.048545 ,0.06031 ,0.083555 ,0.107425 ,0.13091 ,0.152325 ",\ "0.038095 ,0.05044 ,0.062535 ,0.084835 ,0.10673 ,0.12868 ,0.150805 ",\ "0.01941 ,0.03362 ,0.046105 ,0.06829 ,0.08991 ,0.111655 ,0.1337 ",\ "0.00857 ,0.02083 ,0.032655 ,0.05503 ,0.07799 ,0.102025 ,0.127255 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.01463 ,0.032055 ,0.055275 ,0.102245 ,0.149495 ,0.19684 ,0.244245 ",\ "0.018265 ,0.03531 ,0.058235 ,0.10412 ,0.15061 ,0.19766 ,0.244825 ",\ "0.023215 ,0.03998 ,0.062735 ,0.108615 ,0.154615 ,0.201335 ,0.248615 ",\ "0.031985 ,0.04839 ,0.070915 ,0.1168 ,0.163225 ,0.20989 ,0.25689 ",\ "0.03577 ,0.052065 ,0.07449 ,0.120325 ,0.16682 ,0.21363 ,0.26057 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.042675 ,0.049715 ,0.058695 ,0.077165 ,0.09121 ,0.10498 ,0.118575 ",\ "0.069075 ,0.07808 ,0.08671 ,0.10357 ,0.1218 ,0.13904 ,0.15142 ",\ "0.09794 ,0.10967 ,0.11853 ,0.13368 ,0.14875 ,0.16451 ,0.18116 ",\ "0.14756 ,0.16188 ,0.17181 ,0.18735 ,0.201705 ,0.21599 ,0.230525 ",\ "0.170355 ,0.183425 ,0.193975 ,0.211675 ,0.22858 ,0.245765 ,0.263625 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.01465 ,0.024445 ,0.037175 ,0.062055 ,0.088795 ,0.11557 ,0.14237 ",\ "0.01965 ,0.02953 ,0.04238 ,0.067175 ,0.090695 ,0.11482 ,0.14223 ",\ "0.02628 ,0.03632 ,0.049335 ,0.074635 ,0.09886 ,0.121875 ,0.14361 ",\ "0.038075 ,0.048455 ,0.061785 ,0.087875 ,0.11301 ,0.13696 ,0.15958 ",\ "0.043225 ,0.05374 ,0.06722 ,0.09359 ,0.118945 ,0.143 ,0.165575 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.004955 ,0.004845 ,0.004795 ,0.00473 ,0.00469 ,0.00467 ,0.004675 ",\ "0.0098 ,0.009495 ,0.009325 ,0.0091 ,0.00895 ,0.00887 ,0.008855 ",\ "0.016625 ,0.016095 ,0.015785 ,0.015355 ,0.01507 ,0.014905 ,0.014865 ",\ "0.03107 ,0.030225 ,0.029695 ,0.02894 ,0.028425 ,0.028125 ,0.02803 ",\ "0.03867 ,0.037745 ,0.03714 ,0.03626 ,0.035655 ,0.035295 ,0.035175 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.00806 ,0.007875 ,0.007785 ,0.00767 ,0.00759 ,0.00754 ,0.007515 ",\ "0.01288 ,0.012495 ,0.0123 ,0.01204 ,0.011865 ,0.01176 ,0.011725 ",\ "0.019625 ,0.01901 ,0.01867 ,0.01821 ,0.017905 ,0.01773 ,0.017675 ",\ "0.033825 ,0.03289 ,0.032285 ,0.03143 ,0.03085 ,0.03052 ,0.03044 ",\ "0.04127 ,0.040245 ,0.03952 ,0.03846 ,0.03774 ,0.037335 ,0.03724 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.004705 ,0.00461 ,0.00456 ,0.004495 ,0.004455 ,0.004435 ,0.00443 ",\ "0.00915 ,0.0089 ,0.008765 ,0.008585 ,0.008465 ,0.0084 ,0.00838 ",\ "0.015465 ,0.015035 ,0.01479 ,0.014465 ,0.014245 ,0.014115 ,0.014075 ",\ "0.028905 ,0.02822 ,0.027795 ,0.027195 ,0.02679 ,0.026555 ,0.026485 ",\ "0.036015 ,0.035255 ,0.034755 ,0.034035 ,0.033545 ,0.03326 ,0.03318 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.008605 ,0.00841 ,0.00831 ,0.00819 ,0.008105 ,0.00805 ,0.00802 ",\ "0.01342 ,0.013025 ,0.012815 ,0.012545 ,0.012365 ,0.01226 ,0.012225 ",\ "0.02008 ,0.01946 ,0.01911 ,0.01864 ,0.01833 ,0.018155 ,0.01811 ",\ "0.03386 ,0.032935 ,0.03234 ,0.03149 ,0.03092 ,0.0306 ,0.03052 ",\ "0.040965 ,0.039965 ,0.03926 ,0.03823 ,0.037535 ,0.03714 ,0.037045 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.006605 ,0.00647 ,0.00639 ,0.006285 ,0.006215 ,0.006175 ,0.00617 ",\ "0.01152 ,0.01121 ,0.01103 ,0.010775 ,0.010605 ,0.010505 ,0.01047 ",\ "0.018445 ,0.01794 ,0.017635 ,0.0172 ,0.016905 ,0.016725 ,0.016655 ",\ "0.03304 ,0.032255 ,0.03175 ,0.031015 ,0.030505 ,0.03019 ,0.030075 ",\ "0.040695 ,0.03983 ,0.039245 ,0.03839 ,0.03779 ,0.037425 ,0.03729 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.008955 ,0.008775 ,0.008685 ,0.008565 ,0.008485 ,0.008435 ,0.008415 ",\ "0.01323 ,0.012865 ,0.012675 ,0.01243 ,0.012265 ,0.012165 ,0.01213 ",\ "0.0195 ,0.01892 ,0.0186 ,0.01817 ,0.01788 ,0.01771 ,0.01766 ",\ "0.033475 ,0.03262 ,0.032045 ,0.03122 ,0.030665 ,0.03035 ,0.03027 ",\ "0.04117 ,0.040245 ,0.039555 ,0.03852 ,0.03782 ,0.03743 ,0.03734 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.00638 ,0.00627 ,0.00621 ,0.006135 ,0.006075 ,0.00604 ,0.006015 ",\ "0.010835 ,0.010585 ,0.01045 ,0.010265 ,0.010135 ,0.010055 ,0.01002 ",\ "0.017185 ,0.01677 ,0.01653 ,0.0162 ,0.015975 ,0.01584 ,0.01579 ",\ "0.03072 ,0.03007 ,0.029655 ,0.029055 ,0.028645 ,0.0284 ,0.02832 ",\ "0.037885 ,0.03717 ,0.03668 ,0.035955 ,0.03546 ,0.035165 ,0.03507 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0128, 0.0256, 0.0511, 0.0766, 0.102, 0.1275 "); values ("0.009525 ,0.009325 ,0.00922 ,0.009085 ,0.00899 ,0.00893 ,0.0089 ",\ "0.013805 ,0.013425 ,0.013225 ,0.012965 ,0.012785 ,0.01268 ,0.01264 ",\ "0.019995 ,0.019415 ,0.01909 ,0.018645 ,0.01835 ,0.018175 ,0.01812 ",\ "0.033585 ,0.03274 ,0.032175 ,0.031365 ,0.030815 ,0.0305 ,0.030415 ",\ "0.040965 ,0.04006 ,0.039385 ,0.03839 ,0.037705 ,0.037315 ,0.03721 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1275 ; } pin(A1) { direction : input ; capacitance : 0.001561 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001365 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.001623 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.001511 ; max_transition : 2.7273 ; } } cell(AOI21_A) { area : 5 ; cell_footprint : AOI21 ; cell_leakage_power : 0.118367 ; pin(Z) { direction : output ; function : "((A2*A1)+B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.024435 ,0.03335 ,0.04448 ,0.065715 ,0.085865 ,0.10781 ,0.13063 ",\ "0.05542 ,0.06813 ,0.08234 ,0.108555 ,0.133055 ,0.156105 ,0.177765 ",\ "0.08733 ,0.10545 ,0.12399 ,0.15704 ,0.18731 ,0.215365 ,0.241335 ",\ "0.139225 ,0.165495 ,0.19132 ,0.236025 ,0.275615 ,0.31098 ,0.342295 ",\ "0.16851 ,0.195685 ,0.22364 ,0.27237 ,0.31505 ,0.352385 ,0.384465 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.030575 ,0.046595 ,0.06802 ,0.1097 ,0.14956 ,0.19323 ,0.238195 ",\ "0.05945 ,0.075345 ,0.097855 ,0.14207 ,0.184245 ,0.224125 ,0.26161 ",\ "0.0949 ,0.110965 ,0.135435 ,0.184005 ,0.23011 ,0.273225 ,0.313155 ",\ "0.16344 ,0.177885 ,0.205465 ,0.26174 ,0.314575 ,0.362665 ,0.405555 ",\ "0.200425 ,0.212075 ,0.240335 ,0.29948 ,0.35479 ,0.404355 ,0.44753 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.008115 ,0.01339 ,0.0189 ,0.02908 ,0.038915 ,0.04878 ,0.058695 ",\ "0.00018 ,0.012385 ,0.022185 ,0.0382 ,0.05269 ,0.066435 ,0.079665 ",\ "-0.02597 ,-0.004585 ,0.01092 ,0.03467 ,0.055255 ,0.07427 ,0.09216 ",\ "-0.09176 ,-0.058805 ,-0.035095 ,0.000675 ,0.030995 ,0.058295 ,0.083265 ",\ "-0.11283 ,-0.080905 ,-0.05624 ,-0.017645 ,0.015455 ,0.04517 ,0.07208 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.020325 ,0.026185 ,0.033835 ,0.048045 ,0.06069 ,0.076255 ,0.09323 ",\ "0.05668 ,0.063775 ,0.073325 ,0.091295 ,0.10746 ,0.121715 ,0.134 ",\ "0.09982 ,0.109285 ,0.121945 ,0.145705 ,0.167 ,0.18566 ,0.2016 ",\ "0.176985 ,0.190925 ,0.209485 ,0.2436 ,0.273035 ,0.297475 ,0.316755 ",\ "0.2152 ,0.230385 ,0.2513 ,0.28951 ,0.321625 ,0.34717 ,0.365895 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.02711 ,0.035675 ,0.046535 ,0.06734 ,0.0871 ,0.108675 ,0.131145 ",\ "0.060575 ,0.072185 ,0.08574 ,0.11113 ,0.13503 ,0.1576 ,0.178875 ",\ "0.095855 ,0.111935 ,0.129325 ,0.160995 ,0.190335 ,0.217725 ,0.24323 ",\ "0.15451 ,0.17718 ,0.200955 ,0.243205 ,0.281165 ,0.315385 ,0.345935 ",\ "0.187045 ,0.21007 ,0.2356 ,0.28138 ,0.32206 ,0.357955 ,0.38905 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.032475 ,0.04839 ,0.069605 ,0.11089 ,0.150465 ,0.19355 ,0.23792 ",\ "0.05896 ,0.075285 ,0.09788 ,0.142005 ,0.183985 ,0.22362 ,0.26084 ",\ "0.09001 ,0.10753 ,0.13264 ,0.181695 ,0.227875 ,0.270815 ,0.310375 ",\ "0.14572 ,0.16486 ,0.19466 ,0.25301 ,0.306765 ,0.355115 ,0.397765 ",\ "0.17443 ,0.19311 ,0.224645 ,0.28686 ,0.343635 ,0.3938 ,0.436935 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.00811 ,0.013115 ,0.01845 ,0.028325 ,0.03781 ,0.04746 ,0.05721 ",\ "-0.00032 ,0.0109 ,0.020145 ,0.03532 ,0.048935 ,0.06169 ,0.07379 ",\ "-0.026035 ,-0.00637 ,0.00819 ,0.03057 ,0.049795 ,0.06728 ,0.083445 ",\ "-0.09191 ,-0.060645 ,-0.037935 ,-0.003715 ,0.024995 ,0.0505 ,0.073465 ",\ "-0.115795 ,-0.08433 ,-0.06014 ,-0.022585 ,0.00925 ,0.0375 ,0.06277 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.017155 ,0.022815 ,0.03045 ,0.045075 ,0.05867 ,0.074295 ,0.090905 ",\ "0.04685 ,0.052925 ,0.06175 ,0.078835 ,0.09459 ,0.108845 ,0.12153 ",\ "0.082275 ,0.089715 ,0.10081 ,0.12222 ,0.14168 ,0.158905 ,0.173785 ",\ "0.143865 ,0.154465 ,0.17022 ,0.199985 ,0.226 ,0.2478 ,0.265185 ",\ "0.173055 ,0.18481 ,0.20262 ,0.23602 ,0.264595 ,0.287745 ,0.305215 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.02656 ,0.03501 ,0.045855 ,0.06689 ,0.087175 ,0.108755 ,0.130985 ",\ "0.05444 ,0.06511 ,0.07789 ,0.102155 ,0.125285 ,0.1474 ,0.16852 ",\ "0.0862 ,0.10002 ,0.11551 ,0.144165 ,0.171015 ,0.19632 ,0.22013 ",\ "0.1424 ,0.161145 ,0.18135 ,0.217705 ,0.250695 ,0.28071 ,0.307815 ",\ "0.17126 ,0.190825 ,0.21262 ,0.251905 ,0.287095 ,0.318485 ,0.346075 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.03016 ,0.045895 ,0.067205 ,0.109215 ,0.150095 ,0.193285 ,0.237565 ",\ "0.055795 ,0.07017 ,0.091405 ,0.134085 ,0.175785 ,0.21618 ,0.255155 ",\ "0.08974 ,0.10239 ,0.123795 ,0.167915 ,0.21122 ,0.253035 ,0.293125 ",\ "0.159475 ,0.1667 ,0.18763 ,0.23381 ,0.279615 ,0.32345 ,0.36477 ",\ "0.19847 ,0.20117 ,0.22107 ,0.26749 ,0.31396 ,0.358205 ,0.39948 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.010605 ,0.014275 ,0.018145 ,0.0258 ,0.033925 ,0.04085 ,0.047265 ",\ "0.012005 ,0.02082 ,0.0276 ,0.03881 ,0.04943 ,0.060075 ,0.07091 ",\ "-0.000755 ,0.014975 ,0.02576 ,0.042025 ,0.056375 ,0.070035 ,0.083355 ",\ "-0.03644 ,-0.01336 ,0.002465 ,0.02615 ,0.04668 ,0.06581 ,0.08402 ",\ "-0.040425 ,-0.02029 ,-0.00497 ,0.01956 ,0.041645 ,0.062575 ,0.08267 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.020875 ,0.024665 ,0.029595 ,0.038715 ,0.04677 ,0.05691 ,0.06807 ",\ "0.05805 ,0.063245 ,0.070115 ,0.083055 ,0.094775 ,0.105195 ,0.114265 ",\ "0.101 ,0.108605 ,0.11853 ,0.13717 ,0.15402 ,0.16896 ,0.1819 ",\ "0.179045 ,0.18991 ,0.20499 ,0.233045 ,0.257365 ,0.277565 ,0.293425 ",\ "0.220395 ,0.230855 ,0.24744 ,0.27858 ,0.304825 ,0.325435 ,0.340065 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.00472 ,0.004645 ,0.0046 ,0.00455 ,0.00452 ,0.004515 ,0.00453 ",\ "0.008985 ,0.00856 ,0.008305 ,0.007965 ,0.007715 ,0.00754 ,0.00743 ",\ "0.014995 ,0.014175 ,0.013655 ,0.01293 ,0.01239 ,0.011985 ,0.01171 ",\ "0.02776 ,0.026475 ,0.02552 ,0.024085 ,0.022985 ,0.02216 ,0.02159 ",\ "0.0345 ,0.03315 ,0.032025 ,0.030275 ,0.02891 ,0.027885 ,0.027195 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.001685 ,0.001585 ,0.00153 ,0.00147 ,0.001435 ,0.00143 ,0.00144 ",\ "0.00591 ,0.00549 ,0.00521 ,0.00482 ,0.00453 ,0.00432 ,0.00419 ",\ "0.011915 ,0.011195 ,0.01067 ,0.00988 ,0.00927 ,0.008805 ,0.00848 ",\ "0.02472 ,0.023895 ,0.02309 ,0.021745 ,0.02063 ,0.01973 ,0.01904 ",\ "0.031505 ,0.030875 ,0.03005 ,0.02854 ,0.027245 ,0.026165 ,0.025305 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.005435 ,0.005345 ,0.005295 ,0.00523 ,0.005195 ,0.005185 ,0.005195 ",\ "0.009655 ,0.00932 ,0.00908 ,0.00873 ,0.00847 ,0.008275 ,0.00815 ",\ "0.015535 ,0.01494 ,0.01449 ,0.0138 ,0.013255 ,0.01284 ,0.01254 ",\ "0.02782 ,0.027 ,0.02626 ,0.02505 ,0.02407 ,0.02329 ,0.022705 ",\ "0.03422 ,0.03342 ,0.03261 ,0.03123 ,0.03009 ,0.029175 ,0.028475 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.001465 ,0.00135 ,0.001295 ,0.00123 ,0.0012 ,0.001185 ,0.00119 ",\ "0.0054 ,0.00499 ,0.004725 ,0.00436 ,0.004095 ,0.003905 ,0.00379 ",\ "0.01106 ,0.01037 ,0.009865 ,0.009125 ,0.00856 ,0.008135 ,0.00785 ",\ "0.023305 ,0.022505 ,0.021715 ,0.0204 ,0.019315 ,0.018455 ,0.0178 ",\ "0.029875 ,0.02925 ,0.028415 ,0.026895 ,0.0256 ,0.02453 ,0.02369 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.0071 ,0.00704 ,0.007005 ,0.006965 ,0.006945 ,0.00694 ,0.006955 ",\ "0.013105 ,0.01256 ,0.01222 ,0.011765 ,0.01143 ,0.01119 ,0.011045 ",\ "0.02175 ,0.02071 ,0.02 ,0.01899 ,0.01823 ,0.01767 ,0.01729 ",\ "0.040455 ,0.039015 ,0.037765 ,0.03577 ,0.03419 ,0.032975 ,0.03211 ",\ "0.050495 ,0.04915 ,0.047725 ,0.0453 ,0.04333 ,0.04179 ,0.040675 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0041, 0.0081, 0.0161, 0.0241, 0.0321, 0.0401 "); values ("0.00231 ,0.002215 ,0.00216 ,0.002095 ,0.00206 ,0.002045 ,0.00206 ",\ "0.00867 ,0.008205 ,0.00785 ,0.007315 ,0.0069 ,0.006585 ,0.00636 ",\ "0.01767 ,0.016875 ,0.01622 ,0.01518 ,0.014345 ,0.013675 ,0.013175 ",\ "0.036575 ,0.035745 ,0.034845 ,0.03328 ,0.03195 ,0.030835 ,0.02994 ",\ "0.04645 ,0.04591 ,0.045075 ,0.043495 ,0.04209 ,0.040885 ,0.03988 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0401 ; } pin(A1) { direction : input ; capacitance : 0.001635 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001578 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002472 ; max_transition : 2.7273 ; } } cell(AOI21_B) { area : 5 ; cell_footprint : AOI21 ; cell_leakage_power : 0.160973 ; pin(Z) { direction : output ; function : "((A2*A1)+B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.021645 ,0.03089 ,0.04206 ,0.06345 ,0.08544 ,0.107925 ,0.130455 ",\ "0.048585 ,0.062595 ,0.07673 ,0.102455 ,0.126845 ,0.15029 ,0.174745 ",\ "0.074915 ,0.09569 ,0.11415 ,0.146185 ,0.175965 ,0.204315 ,0.23138 ",\ "0.116055 ,0.14688 ,0.172545 ,0.215545 ,0.25446 ,0.290615 ,0.324205 ",\ "0.14051 ,0.172415 ,0.200025 ,0.24684 ,0.28903 ,0.327745 ,0.36309 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.02814 ,0.04478 ,0.06637 ,0.106575 ,0.150915 ,0.19819 ,0.24557 ",\ "0.05821 ,0.07523 ,0.0984 ,0.142675 ,0.18337 ,0.22016 ,0.26165 ",\ "0.095415 ,0.113075 ,0.138645 ,0.18871 ,0.23561 ,0.27867 ,0.31756 ",\ "0.168765 ,0.1852 ,0.214275 ,0.273385 ,0.328995 ,0.379485 ,0.424135 ",\ "0.208585 ,0.22215 ,0.25192 ,0.313865 ,0.37173 ,0.42317 ,0.467215 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.008565 ,0.014425 ,0.020895 ,0.03354 ,0.044705 ,0.05579 ,0.06685 ",\ "0.003685 ,0.01643 ,0.026825 ,0.04457 ,0.061585 ,0.078045 ,0.092945 ",\ "-0.0173 ,0.00478 ,0.02064 ,0.04534 ,0.067395 ,0.088455 ,0.109 ",\ "-0.072665 ,-0.038495 ,-0.014455 ,0.021925 ,0.053285 ,0.082215 ,0.10946 ",\ "-0.0901 ,-0.05668 ,-0.03147 ,0.0082 ,0.04301 ,0.07525 ,0.105605 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.0203 ,0.02727 ,0.03599 ,0.05151 ,0.069685 ,0.089765 ,0.10995 ",\ "0.05691 ,0.06554 ,0.07626 ,0.095875 ,0.112965 ,0.127355 ,0.14521 ",\ "0.10046 ,0.112075 ,0.12619 ,0.1523 ,0.17558 ,0.19573 ,0.21251 ",\ "0.17966 ,0.19626 ,0.21649 ,0.253775 ,0.28648 ,0.31394 ,0.335665 ",\ "0.220065 ,0.237565 ,0.259985 ,0.30136 ,0.33689 ,0.36556 ,0.38671 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.02409 ,0.032955 ,0.04384 ,0.06475 ,0.08636 ,0.10853 ,0.130755 ",\ "0.05361 ,0.06644 ,0.079925 ,0.10485 ,0.12864 ,0.151575 ,0.17559 ",\ "0.08362 ,0.10219 ,0.119515 ,0.1503 ,0.179265 ,0.20701 ,0.233595 ",\ "0.1324 ,0.15936 ,0.183015 ,0.22379 ,0.261245 ,0.296285 ,0.328965 ",\ "0.160445 ,0.187965 ,0.21322 ,0.257305 ,0.297615 ,0.33481 ,0.36882 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.029675 ,0.046135 ,0.06743 ,0.107075 ,0.150755 ,0.197295 ,0.24394 ",\ "0.057195 ,0.07457 ,0.09777 ,0.14186 ,0.18228 ,0.218755 ,0.25988 ",\ "0.08983 ,0.108835 ,0.13497 ,0.185435 ,0.232365 ,0.27524 ,0.313795 ",\ "0.150375 ,0.1712 ,0.202275 ,0.26319 ,0.3196 ,0.370345 ,0.41487 ",\ "0.18219 ,0.202295 ,0.23495 ,0.29949 ,0.35857 ,0.410545 ,0.454655 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.008455 ,0.014065 ,0.02031 ,0.032635 ,0.043645 ,0.05458 ,0.065475 ",\ "0.002605 ,0.014495 ,0.024375 ,0.04114 ,0.0569 ,0.072385 ,0.08679 ",\ "-0.018545 ,0.001995 ,0.017045 ,0.04038 ,0.06083 ,0.07993 ,0.09815 ",\ "-0.07476 ,-0.042245 ,-0.01905 ,0.01588 ,0.045505 ,0.07233 ,0.09714 ",\ "-0.09501 ,-0.062235 ,-0.037415 ,0.001265 ,0.03464 ,0.06508 ,0.09332 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.017305 ,0.024045 ,0.03279 ,0.048825 ,0.067075 ,0.086905 ,0.10682 ",\ "0.047435 ,0.054795 ,0.06484 ,0.08376 ,0.100575 ,0.115045 ,0.13259 ",\ "0.083605 ,0.09261 ,0.10513 ,0.129045 ,0.150575 ,0.169265 ,0.18485 ",\ "0.14787 ,0.15993 ,0.17722 ,0.21028 ,0.239595 ,0.264255 ,0.283755 ",\ "0.1793 ,0.19196 ,0.21113 ,0.24788 ,0.279935 ,0.30607 ,0.32562 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.023525 ,0.03229 ,0.043285 ,0.064865 ,0.086675 ,0.1087 ,0.130765 ",\ "0.048115 ,0.059885 ,0.072705 ,0.09685 ,0.1203 ,0.14328 ,0.166895 ",\ "0.075075 ,0.09115 ,0.10672 ,0.13482 ,0.161535 ,0.187345 ,0.21231 ",\ "0.12138 ,0.144095 ,0.164535 ,0.20008 ,0.23288 ,0.26372 ,0.29267 ",\ "0.14558 ,0.169325 ,0.191395 ,0.23001 ,0.265425 ,0.298305 ,0.32869 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.027405 ,0.043725 ,0.065425 ,0.10711 ,0.15152 ,0.197845 ,0.244255 ",\ "0.05436 ,0.06941 ,0.09114 ,0.13421 ,0.17552 ,0.21466 ,0.256835 ",\ "0.0904 ,0.1037 ,0.12556 ,0.170545 ,0.21467 ,0.25707 ,0.29738 ",\ "0.164665 ,0.17255 ,0.193715 ,0.24092 ,0.288495 ,0.334495 ,0.378125 ",\ "0.20512 ,0.20872 ,0.22881 ,0.276055 ,0.32412 ,0.370345 ,0.41367 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.01131 ,0.015275 ,0.01991 ,0.03017 ,0.03859 ,0.04578 ,0.05298 ",\ "0.01649 ,0.025165 ,0.03214 ,0.04465 ,0.057615 ,0.07155 ,0.084265 ",\ "0.009755 ,0.02511 ,0.03561 ,0.05205 ,0.06733 ,0.08255 ,0.09799 ",\ "-0.014415 ,0.008665 ,0.02393 ,0.047045 ,0.06776 ,0.08769 ,0.10722 ",\ "-0.01466 ,0.006065 ,0.02103 ,0.04538 ,0.068325 ,0.091055 ,0.11378 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.021055 ,0.02544 ,0.030945 ,0.041185 ,0.052725 ,0.065205 ,0.07781 ",\ "0.05858 ,0.06472 ,0.071975 ,0.08554 ,0.097975 ,0.10913 ,0.12242 ",\ "0.102355 ,0.11151 ,0.121865 ,0.141125 ,0.158785 ,0.1746 ,0.18832 ",\ "0.182545 ,0.195775 ,0.21141 ,0.240415 ,0.266175 ,0.288 ,0.30537 ",\ "0.224735 ,0.237655 ,0.254835 ,0.287215 ,0.315395 ,0.33821 ,0.35492 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.007875 ,0.0077 ,0.007605 ,0.007495 ,0.00744 ,0.007425 ,0.007455 ",\ "0.0163 ,0.0154 ,0.014865 ,0.01411 ,0.01356 ,0.013175 ,0.012955 ",\ "0.02813 ,0.026455 ,0.02537 ,0.02378 ,0.02258 ,0.02171 ,0.021155 ",\ "0.053205 ,0.050685 ,0.048725 ,0.04566 ,0.043285 ,0.041525 ,0.04036 ",\ "0.066425 ,0.063845 ,0.061565 ,0.057865 ,0.054965 ,0.0528 ,0.05136 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.00319 ,0.00297 ,0.00286 ,0.00273 ,0.00266 ,0.00264 ,0.00267 ",\ "0.011515 ,0.01057 ,0.00998 ,0.009125 ,0.0085 ,0.008065 ,0.00781 ",\ "0.023315 ,0.02169 ,0.020555 ,0.018835 ,0.01751 ,0.016535 ,0.01589 ",\ "0.048445 ,0.04656 ,0.04477 ,0.041765 ,0.03931 ,0.03737 ,0.035935 ",\ "0.061745 ,0.06029 ,0.058395 ,0.054975 ,0.052085 ,0.049725 ,0.047895 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.00906 ,0.008875 ,0.00876 ,0.008615 ,0.00853 ,0.008495 ,0.00851 ",\ "0.01745 ,0.01674 ,0.01623 ,0.01545 ,0.01486 ,0.01444 ,0.01418 ",\ "0.02911 ,0.027875 ,0.026905 ,0.025385 ,0.02419 ,0.02329 ,0.022675 ",\ "0.053435 ,0.05175 ,0.0502 ,0.04761 ,0.0455 ,0.04383 ,0.0426 ",\ "0.06607 ,0.064475 ,0.062795 ,0.059885 ,0.057465 ,0.055515 ,0.054025 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.00281 ,0.002575 ,0.002465 ,0.002335 ,0.00226 ,0.002235 ,0.00225 ",\ "0.01064 ,0.009685 ,0.00912 ,0.008325 ,0.00775 ,0.007355 ,0.007135 ",\ "0.02186 ,0.02022 ,0.01913 ,0.01751 ,0.016285 ,0.015395 ,0.014825 ",\ "0.04601 ,0.044125 ,0.042375 ,0.039455 ,0.03709 ,0.03523 ,0.03388 ",\ "0.058915 ,0.057475 ,0.05559 ,0.0522 ,0.04934 ,0.047015 ,0.04523 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.012075 ,0.011915 ,0.01183 ,0.011725 ,0.011665 ,0.011645 ,0.011665 ",\ "0.023755 ,0.02265 ,0.021945 ,0.020935 ,0.02019 ,0.019675 ,0.019375 ",\ "0.040505 ,0.03843 ,0.036985 ,0.03481 ,0.033165 ,0.031975 ,0.03122 ",\ "0.07654 ,0.07367 ,0.071135 ,0.066995 ,0.063705 ,0.0612 ,0.059465 ",\ "0.095775 ,0.093095 ,0.090215 ,0.085265 ,0.08124 ,0.0781 ,0.075845 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0082, 0.0163, 0.0324, 0.0486, 0.0648, 0.081 "); values ("0.004465 ,0.004245 ,0.004125 ,0.00397 ,0.00388 ,0.00385 ,0.003875 ",\ "0.01685 ,0.01584 ,0.01508 ,0.01391 ,0.013005 ,0.012335 ,0.011895 ",\ "0.03429 ,0.032575 ,0.03117 ,0.02891 ,0.027105 ,0.025705 ,0.024705 ",\ "0.070715 ,0.06885 ,0.06692 ,0.06357 ,0.06074 ,0.058405 ,0.056555 ",\ "0.08965 ,0.08835 ,0.08654 ,0.08319 ,0.080235 ,0.0777 ,0.075575 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0810 ; } pin(A1) { direction : input ; capacitance : 0.002441 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.002405 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.003816 ; max_transition : 2.7273 ; } } cell(AOI21_C) { area : 8 ; cell_footprint : AOI21 ; cell_leakage_power : 0.328547 ; pin(Z) { direction : output ; function : "((A2*A1)+B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.020995 ,0.029945 ,0.041185 ,0.06338 ,0.08482 ,0.106265 ,0.127715 ",\ "0.04798 ,0.06109 ,0.07463 ,0.100425 ,0.12642 ,0.150915 ,0.17477 ",\ "0.0743 ,0.093785 ,0.110995 ,0.141635 ,0.171455 ,0.201375 ,0.230545 ",\ "0.114625 ,0.1446 ,0.168755 ,0.20896 ,0.246005 ,0.281705 ,0.31658 ",\ "0.13796 ,0.169725 ,0.196325 ,0.2406 ,0.28072 ,0.318655 ,0.355005 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.0277 ,0.04386 ,0.064425 ,0.105465 ,0.151025 ,0.19669 ,0.24242 ",\ "0.05805 ,0.07456 ,0.096265 ,0.13706 ,0.17357 ,0.219745 ,0.270335 ",\ "0.09554 ,0.112815 ,0.13665 ,0.182985 ,0.225785 ,0.26415 ,0.30855 ",\ "0.169305 ,0.18568 ,0.21296 ,0.26894 ,0.32194 ,0.36989 ,0.411885 ",\ "0.208915 ,0.22263 ,0.250865 ,0.310615 ,0.36728 ,0.418025 ,0.461675 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.008315 ,0.01401 ,0.02111 ,0.034535 ,0.04518 ,0.05572 ,0.0662 ",\ "0.003865 ,0.015595 ,0.026065 ,0.045535 ,0.066075 ,0.080375 ,0.093265 ",\ "-0.016235 ,0.004115 ,0.019575 ,0.044525 ,0.067895 ,0.09152 ,0.11132 ",\ "-0.07045 ,-0.03807 ,-0.01454 ,0.020735 ,0.050975 ,0.07937 ,0.107065 ",\ "-0.08836 ,-0.056045 ,-0.030945 ,0.00777 ,0.04126 ,0.07272 ,0.10334 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.02026 ,0.02693 ,0.03527 ,0.052005 ,0.07065 ,0.08942 ,0.108275 ",\ "0.05677 ,0.0649 ,0.07449 ,0.092295 ,0.10821 ,0.1291 ,0.152285 ",\ "0.100385 ,0.111545 ,0.12395 ,0.14705 ,0.167955 ,0.18622 ,0.208405 ",\ "0.17976 ,0.196375 ,0.21457 ,0.248325 ,0.278515 ,0.304295 ,0.32512 ",\ "0.21961 ,0.237475 ,0.25817 ,0.29681 ,0.330955 ,0.35944 ,0.381585 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.023465 ,0.032105 ,0.043125 ,0.065005 ,0.08631 ,0.10765 ,0.129015 ",\ "0.05338 ,0.06539 ,0.07829 ,0.10329 ,0.128665 ,0.152855 ,0.17655 ",\ "0.08382 ,0.101195 ,0.117235 ,0.1466 ,0.175605 ,0.204895 ,0.233675 ",\ "0.132595 ,0.158835 ,0.180865 ,0.218745 ,0.254405 ,0.289125 ,0.32321 ",\ "0.15986 ,0.187385 ,0.21145 ,0.25286 ,0.29122 ,0.32785 ,0.3631 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.029355 ,0.04555 ,0.066105 ,0.107075 ,0.15249 ,0.19799 ,0.24355 ",\ "0.057005 ,0.074075 ,0.09615 ,0.137335 ,0.17398 ,0.22039 ,0.27124 ",\ "0.089755 ,0.108595 ,0.133435 ,0.18091 ,0.224255 ,0.26275 ,0.30744 ",\ "0.150575 ,0.17146 ,0.20126 ,0.260045 ,0.31458 ,0.36326 ,0.40531 ",\ "0.182315 ,0.202505 ,0.23409 ,0.29745 ,0.35616 ,0.408 ,0.451985 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.008185 ,0.01373 ,0.020545 ,0.033425 ,0.044135 ,0.05472 ,0.06524 ",\ "0.00253 ,0.013725 ,0.023785 ,0.04201 ,0.060575 ,0.074275 ,0.086845 ",\ "-0.018085 ,0.00122 ,0.01609 ,0.039695 ,0.06116 ,0.082325 ,0.100355 ",\ "-0.07372 ,-0.04249 ,-0.019515 ,0.01452 ,0.043095 ,0.06949 ,0.09491 ",\ "-0.094575 ,-0.062575 ,-0.037625 ,0.000245 ,0.03234 ,0.062085 ,0.0908 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.017155 ,0.02375 ,0.032115 ,0.048915 ,0.06795 ,0.087095 ,0.106305 ",\ "0.047285 ,0.05445 ,0.06363 ,0.08067 ,0.095485 ,0.115995 ,0.13913 ",\ "0.083505 ,0.092425 ,0.103665 ,0.125 ,0.144025 ,0.160135 ,0.180475 ",\ "0.147845 ,0.16022 ,0.175925 ,0.20623 ,0.23355 ,0.25673 ,0.27516 ",\ "0.179075 ,0.19224 ,0.20998 ,0.244585 ,0.2757 ,0.301845 ,0.322245 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.02481 ,0.033635 ,0.0451 ,0.06788 ,0.08923 ,0.110575 ,0.13192 ",\ "0.04889 ,0.060305 ,0.072855 ,0.097725 ,0.12364 ,0.14712 ,0.169535 ",\ "0.07539 ,0.090815 ,0.10537 ,0.13245 ,0.159675 ,0.187635 ,0.214605 ",\ "0.121565 ,0.14382 ,0.16286 ,0.19571 ,0.226765 ,0.25726 ,0.28755 ",\ "0.14539 ,0.16914 ,0.190325 ,0.226615 ,0.260165 ,0.29243 ,0.32389 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.02745 ,0.043605 ,0.06483 ,0.10738 ,0.15285 ,0.198415 ,0.24403 ",\ "0.05422 ,0.068965 ,0.089865 ,0.131115 ,0.17031 ,0.215725 ,0.264015 ",\ "0.090775 ,0.10377 ,0.124515 ,0.16755 ,0.209795 ,0.25008 ,0.294335 ",\ "0.165885 ,0.173945 ,0.193835 ,0.23933 ,0.285925 ,0.33106 ,0.37363 ",\ "0.20603 ,0.210375 ,0.229355 ,0.27534 ,0.323095 ,0.369265 ,0.41244 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.00944 ,0.01357 ,0.019205 ,0.03034 ,0.03764 ,0.044885 ,0.05211 ",\ "0.00839 ,0.01721 ,0.02525 ,0.04117 ,0.059145 ,0.071205 ,0.080605 ",\ "-0.009565 ,0.00651 ,0.018425 ,0.03797 ,0.05691 ,0.076625 ,0.094025 ",\ "-0.06126 ,-0.035155 ,-0.017415 ,0.009205 ,0.03276 ,0.05555 ,0.07831 ",\ "-0.0753 ,-0.05038 ,-0.032555 ,-0.004345 ,0.02178 ,0.047815 ,0.07438 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.020865 ,0.02523 ,0.030895 ,0.042425 ,0.054015 ,0.06574 ,0.07756 ",\ "0.05744 ,0.06355 ,0.070385 ,0.08387 ,0.09732 ,0.112235 ,0.127885 ",\ "0.099125 ,0.1087 ,0.118275 ,0.13632 ,0.15357 ,0.16976 ,0.18812 ",\ "0.172615 ,0.18814 ,0.20339 ,0.23119 ,0.2564 ,0.27853 ,0.297165 ",\ "0.20989 ,0.226445 ,0.244035 ,0.27646 ,0.30545 ,0.33023 ,0.35027 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.01557 ,0.01521 ,0.01502 ,0.014765 ,0.014625 ,0.014575 ,0.01462 ",\ "0.03256 ,0.03085 ,0.02977 ,0.028175 ,0.026995 ,0.02618 ,0.025725 ",\ "0.05643 ,0.05324 ,0.05107 ,0.047745 ,0.045225 ,0.043415 ,0.042295 ",\ "0.106955 ,0.102155 ,0.09823 ,0.09192 ,0.08701 ,0.083395 ,0.08105 ",\ "0.133575 ,0.12864 ,0.124065 ,0.1165 ,0.110545 ,0.106125 ,0.10322 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.00643 ,0.00602 ,0.0058 ,0.00552 ,0.005365 ,0.005315 ,0.005375 ",\ "0.02329 ,0.02147 ,0.020275 ,0.01849 ,0.017165 ,0.01626 ,0.015755 ",\ "0.04718 ,0.044015 ,0.04172 ,0.038145 ,0.035395 ,0.03338 ,0.03209 ",\ "0.097945 ,0.094195 ,0.090585 ,0.08447 ,0.079465 ,0.075525 ,0.072635 ",\ "0.124765 ,0.121785 ,0.11797 ,0.1111 ,0.105285 ,0.100525 ,0.09682 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.017965 ,0.0176 ,0.017365 ,0.01703 ,0.01682 ,0.01673 ,0.01675 ",\ "0.03489 ,0.03352 ,0.032485 ,0.030855 ,0.029615 ,0.02873 ,0.028195 ",\ "0.058385 ,0.05599 ,0.054045 ,0.05091 ,0.04844 ,0.04659 ,0.04534 ",\ "0.1073 ,0.10402 ,0.100905 ,0.09563 ,0.091325 ,0.087935 ,0.085455 ",\ "0.132685 ,0.12955 ,0.126165 ,0.120265 ,0.115355 ,0.1114 ,0.1084 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.005625 ,0.005215 ,0.005005 ,0.00474 ,0.004585 ,0.00453 ,0.004575 ",\ "0.02139 ,0.019595 ,0.01847 ,0.016815 ,0.015605 ,0.01479 ,0.014355 ",\ "0.04398 ,0.04085 ,0.03868 ,0.035335 ,0.03279 ,0.03095 ,0.029805 ",\ "0.09264 ,0.08895 ,0.08545 ,0.079545 ,0.074735 ,0.070965 ,0.06823 ",\ "0.118655 ,0.115745 ,0.11198 ,0.1052 ,0.099475 ,0.094795 ,0.091175 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.019745 ,0.019605 ,0.01952 ,0.019405 ,0.01935 ,0.01935 ,0.019405 ",\ "0.03776 ,0.03613 ,0.03512 ,0.03365 ,0.03258 ,0.031855 ,0.03147 ",\ "0.064035 ,0.06078 ,0.05858 ,0.055235 ,0.05273 ,0.05097 ,0.049935 ",\ "0.12213 ,0.11716 ,0.112865 ,0.10589 ,0.10048 ,0.09653 ,0.09403 ",\ "0.15388 ,0.148825 ,0.143645 ,0.134915 ,0.128035 ,0.122945 ,0.119635 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0041, 0.0163, 0.0324, 0.0647, 0.097, 0.1294, 0.1617 "); values ("0.010175 ,0.00978 ,0.00953 ,0.009175 ,0.008945 ,0.008825 ,0.00882 ",\ "0.03033 ,0.02881 ,0.02761 ,0.0257 ,0.024215 ,0.02313 ,0.022435 ",\ "0.058625 ,0.056055 ,0.05384 ,0.05019 ,0.04727 ,0.04503 ,0.043465 ",\ "0.117965 ,0.11484 ,0.11152 ,0.10572 ,0.100855 ,0.09689 ,0.09382 ",\ "0.148945 ,0.14631 ,0.142905 ,0.136705 ,0.131335 ,0.126795 ,0.1231 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1617 ; } pin(A1) { direction : input ; capacitance : 0.004628 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.004356 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.004606 ; max_transition : 2.7273 ; } } cell(AOI22_A) { area : 6 ; cell_footprint : AOI22 ; cell_leakage_power : 0.124778 ; pin(Z) { direction : output ; function : "((A1*A2)'*(B1*B2)')" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.02497 ,0.03348 ,0.04413 ,0.06435 ,0.08336 ,0.104945 ,0.127025 ",\ "0.05532 ,0.06742 ,0.08108 ,0.106335 ,0.129915 ,0.15205 ,0.172785 ",\ "0.08476 ,0.102215 ,0.12015 ,0.15226 ,0.18178 ,0.20924 ,0.234755 ",\ "0.12925 ,0.15541 ,0.18068 ,0.224375 ,0.26328 ,0.298325 ,0.32967 ",\ "0.154905 ,0.182505 ,0.209955 ,0.25751 ,0.29934 ,0.336245 ,0.36834 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.03146 ,0.047195 ,0.06811 ,0.108515 ,0.146785 ,0.19003 ,0.234205 ",\ "0.061185 ,0.07701 ,0.09914 ,0.142285 ,0.183065 ,0.221235 ,0.256705 ",\ "0.09803 ,0.11426 ,0.13845 ,0.18606 ,0.230875 ,0.272395 ,0.310435 ",\ "0.168835 ,0.183855 ,0.21135 ,0.266895 ,0.318645 ,0.36536 ,0.40659 ",\ "0.206485 ,0.218885 ,0.24716 ,0.30572 ,0.360085 ,0.408415 ,0.45007 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.01017 ,0.015815 ,0.021945 ,0.033465 ,0.04469 ,0.055975 ,0.06728 ",\ "0.007275 ,0.019345 ,0.029485 ,0.04646 ,0.062 ,0.07682 ,0.091115 ",\ "-0.01123 ,0.009395 ,0.024945 ,0.049335 ,0.07073 ,0.090555 ,0.109205 ",\ "-0.06054 ,-0.029395 ,-0.006095 ,0.029925 ,0.06079 ,0.088635 ,0.114045 ",\ "-0.073825 ,-0.04401 ,-0.019845 ,0.018955 ,0.05261 ,0.082875 ,0.110215 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.02313 ,0.029705 ,0.038495 ,0.055075 ,0.070135 ,0.08889 ,0.10836 ",\ "0.060565 ,0.068015 ,0.07857 ,0.098745 ,0.117085 ,0.13341 ,0.147635 ",\ "0.103085 ,0.112855 ,0.126635 ,0.15285 ,0.17646 ,0.19718 ,0.21487 ",\ "0.17801 ,0.192435 ,0.212385 ,0.24942 ,0.281475 ,0.30808 ,0.32898 ",\ "0.21801 ,0.233505 ,0.255715 ,0.29675 ,0.331425 ,0.359055 ,0.37928 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.027365 ,0.035665 ,0.046215 ,0.066355 ,0.08536 ,0.106885 ,0.1289 ",\ "0.060255 ,0.071475 ,0.084675 ,0.10943 ,0.132715 ,0.154665 ,0.1753 ",\ "0.09348 ,0.10918 ,0.126195 ,0.15727 ,0.186145 ,0.213155 ,0.238365 ",\ "0.145995 ,0.168815 ,0.19232 ,0.23401 ,0.27161 ,0.305705 ,0.336365 ",\ "0.175475 ,0.19911 ,0.22444 ,0.269575 ,0.30981 ,0.345545 ,0.37677 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.03332 ,0.049215 ,0.070305 ,0.11106 ,0.149725 ,0.193245 ,0.23767 ",\ "0.0608 ,0.07716 ,0.09969 ,0.14342 ,0.184695 ,0.2233 ,0.259155 ",\ "0.09367 ,0.111185 ,0.136195 ,0.184865 ,0.230425 ,0.27249 ,0.310905 ",\ "0.1531 ,0.17189 ,0.20143 ,0.25929 ,0.312495 ,0.36016 ,0.40196 ",\ "0.183445 ,0.201455 ,0.2326 ,0.29426 ,0.350505 ,0.400055 ,0.442445 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.00988 ,0.01532 ,0.02132 ,0.03264 ,0.04365 ,0.05479 ,0.06595 ",\ "0.00564 ,0.01691 ,0.02658 ,0.042835 ,0.057605 ,0.071535 ,0.08481 ",\ "-0.01324 ,0.005895 ,0.02061 ,0.043735 ,0.06381 ,0.082125 ,0.099055 ",\ "-0.063665 ,-0.034205 ,-0.011865 ,0.022635 ,0.05188 ,0.077875 ,0.101195 ",\ "-0.080195 ,-0.051115 ,-0.02747 ,0.01029 ,0.04268 ,0.07146 ,0.09711 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.01983 ,0.026325 ,0.0352 ,0.0523 ,0.0683 ,0.087105 ,0.10645 ",\ "0.050565 ,0.057245 ,0.0673 ,0.08688 ,0.1049 ,0.121125 ,0.13546 ",\ "0.08602 ,0.093935 ,0.106405 ,0.13061 ,0.15246 ,0.171555 ,0.18772 ",\ "0.14781 ,0.15823 ,0.17545 ,0.20851 ,0.2373 ,0.261075 ,0.279515 ",\ "0.18003 ,0.19064 ,0.20964 ,0.24628 ,0.277715 ,0.30292 ,0.32146 "); } } timing() { related_pin : "B1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.028805 ,0.03729 ,0.04794 ,0.0685 ,0.08832 ,0.10964 ,0.13128 ",\ "0.052085 ,0.063675 ,0.07664 ,0.10077 ,0.12364 ,0.145505 ,0.16642 ",\ "0.075475 ,0.09148 ,0.10769 ,0.13673 ,0.16366 ,0.189025 ,0.212955 ",\ "0.114285 ,0.13755 ,0.15945 ,0.197125 ,0.230895 ,0.2617 ,0.28976 ",\ "0.13585 ,0.160785 ,0.1846 ,0.225505 ,0.261755 ,0.29428 ,0.32329 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.02927 ,0.044335 ,0.064905 ,0.10572 ,0.145755 ,0.18794 ,0.23054 ",\ "0.05783 ,0.071205 ,0.09141 ,0.1322 ,0.17208 ,0.21069 ,0.247885 ",\ "0.09725 ,0.108725 ,0.128985 ,0.17085 ,0.211695 ,0.250765 ,0.2878 ",\ "0.17492 ,0.18177 ,0.20204 ,0.246485 ,0.29 ,0.33095 ,0.368785 ",\ "0.21415 ,0.21773 ,0.23771 ,0.2834 ,0.328445 ,0.37066 ,0.40931 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.015305 ,0.020345 ,0.0261 ,0.03729 ,0.048575 ,0.059285 ,0.06995 ",\ "0.01888 ,0.028875 ,0.037705 ,0.053025 ,0.06748 ,0.081605 ,0.09555 ",\ "0.007995 ,0.02497 ,0.03827 ,0.05976 ,0.079085 ,0.09735 ,0.11486 ",\ "-0.02991 ,-0.004345 ,0.01544 ,0.046875 ,0.074485 ,0.099925 ,0.12363 ",\ "-0.0401 ,-0.016035 ,0.00434 ,0.038125 ,0.068295 ,0.09614 ,0.121975 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.025375 ,0.0321 ,0.04101 ,0.057815 ,0.07311 ,0.09204 ,0.111675 ",\ "0.062605 ,0.070185 ,0.080705 ,0.10081 ,0.119175 ,0.13564 ,0.150135 ",\ "0.107005 ,0.11667 ,0.13011 ,0.1557 ,0.178905 ,0.19947 ,0.21727 ",\ "0.1856 ,0.19961 ,0.218755 ,0.25433 ,0.285305 ,0.31127 ,0.331985 ",\ "0.224305 ,0.239695 ,0.26116 ,0.300685 ,0.334205 ,0.361135 ,0.38117 "); } } timing() { related_pin : "B2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.031215 ,0.039605 ,0.05027 ,0.070915 ,0.09083 ,0.11233 ,0.13417 ",\ "0.056575 ,0.067485 ,0.08016 ,0.104065 ,0.126865 ,0.148725 ,0.169685 ",\ "0.083475 ,0.09796 ,0.113455 ,0.1418 ,0.16838 ,0.193565 ,0.21744 ",\ "0.1308 ,0.150935 ,0.17127 ,0.20728 ,0.240035 ,0.27014 ,0.29772 ",\ "0.156765 ,0.177905 ,0.19979 ,0.238575 ,0.273455 ,0.30497 ,0.333185 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.031215 ,0.046565 ,0.06742 ,0.10874 ,0.149225 ,0.191935 ,0.235065 ",\ "0.05747 ,0.071705 ,0.09259 ,0.13436 ,0.174935 ,0.213995 ,0.25144 ",\ "0.09271 ,0.10603 ,0.127625 ,0.1713 ,0.213325 ,0.25308 ,0.290345 ",\ "0.15917 ,0.170285 ,0.193395 ,0.24147 ,0.28723 ,0.32938 ,0.367465 ",\ "0.191865 ,0.20112 ,0.224755 ,0.275005 ,0.322815 ,0.36647 ,0.40537 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.01452 ,0.01947 ,0.02519 ,0.03633 ,0.047545 ,0.05826 ,0.068895 ",\ "0.01613 ,0.025615 ,0.034145 ,0.048955 ,0.06281 ,0.07621 ,0.0893 ",\ "0.00435 ,0.02024 ,0.032895 ,0.05333 ,0.07149 ,0.088395 ,0.10433 ",\ "-0.035185 ,-0.011135 ,0.00777 ,0.03781 ,0.06395 ,0.087745 ,0.109615 ",\ "-0.04867 ,-0.02558 ,-0.00579 ,0.02701 ,0.056105 ,0.082745 ,0.107275 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.02233 ,0.028935 ,0.037895 ,0.05526 ,0.071685 ,0.09054 ,0.10988 ",\ "0.05303 ,0.059805 ,0.069755 ,0.08913 ,0.10712 ,0.123525 ,0.13825 ",\ "0.090225 ,0.098165 ,0.110245 ,0.13364 ,0.154895 ,0.17366 ,0.18979 ",\ "0.155455 ,0.166225 ,0.18279 ,0.214275 ,0.24175 ,0.26463 ,0.28264 ",\ "0.186825 ,0.19854 ,0.217085 ,0.252185 ,0.28228 ,0.30662 ,0.324855 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.00527 ,0.005185 ,0.00513 ,0.00507 ,0.005035 ,0.005025 ,0.005035 ",\ "0.01002 ,0.00955 ,0.009255 ,0.00885 ,0.00856 ,0.008355 ,0.00823 ",\ "0.01671 ,0.015815 ,0.01522 ,0.014375 ,0.013745 ,0.013275 ,0.012965 ",\ "0.03092 ,0.029575 ,0.028505 ,0.02686 ,0.02558 ,0.024615 ,0.02395 ",\ "0.03843 ,0.03706 ,0.035815 ,0.03381 ,0.03223 ,0.031025 ,0.0302 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.001805 ,0.001695 ,0.00164 ,0.00158 ,0.00155 ,0.00154 ,0.001555 ",\ "0.006375 ,0.005885 ,0.005575 ,0.00515 ,0.00484 ,0.00462 ,0.004485 ",\ "0.012945 ,0.012095 ,0.011495 ,0.01062 ,0.009955 ,0.00945 ,0.009105 ",\ "0.027225 ,0.02627 ,0.025325 ,0.02374 ,0.022445 ,0.02141 ,0.020635 ",\ "0.034925 ,0.034225 ,0.03322 ,0.03138 ,0.029815 ,0.028535 ,0.027545 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.00592 ,0.00582 ,0.00576 ,0.00568 ,0.00563 ,0.00561 ,0.005615 ",\ "0.010625 ,0.01025 ,0.009975 ,0.009565 ,0.009255 ,0.00903 ,0.00888 ",\ "0.01719 ,0.01653 ,0.016015 ,0.015215 ,0.01459 ,0.014105 ,0.01376 ",\ "0.030905 ,0.030015 ,0.02918 ,0.0278 ,0.026675 ,0.02577 ,0.025085 ",\ "0.038045 ,0.0372 ,0.036295 ,0.03473 ,0.03342 ,0.032355 ,0.03153 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.001595 ,0.001485 ,0.001425 ,0.001355 ,0.00132 ,0.00131 ,0.00132 ",\ "0.005885 ,0.005405 ,0.00511 ,0.00471 ,0.00443 ,0.004235 ,0.004125 ",\ "0.012125 ,0.01129 ,0.01072 ,0.009905 ,0.00929 ,0.008835 ,0.008535 ",\ "0.025825 ,0.024885 ,0.023965 ,0.022425 ,0.02117 ,0.02017 ,0.01943 ",\ "0.03327 ,0.032585 ,0.031585 ,0.029745 ,0.02818 ,0.0269 ,0.0259 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.006315 ,0.00631 ,0.00631 ,0.006315 ,0.006325 ,0.00634 ,0.00636 ",\ "0.01049 ,0.0101 ,0.009875 ,0.00958 ,0.009375 ,0.009235 ,0.009155 ",\ "0.01671 ,0.015895 ,0.015375 ,0.014645 ,0.01411 ,0.013725 ,0.01349 ",\ "0.03084 ,0.029615 ,0.028575 ,0.026935 ,0.02566 ,0.02471 ,0.024075 ",\ "0.03873 ,0.03752 ,0.036265 ,0.03416 ,0.032475 ,0.0312 ,0.030325 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.00341 ,0.00335 ,0.00331 ,0.00326 ,0.003225 ,0.00321 ,0.003215 ",\ "0.00807 ,0.00773 ,0.007475 ,0.007085 ,0.006785 ,0.006565 ,0.00641 ",\ "0.014755 ,0.014145 ,0.013645 ,0.01285 ,0.01222 ,0.01173 ,0.01138 ",\ "0.02916 ,0.02839 ,0.027585 ,0.026195 ,0.02503 ,0.02408 ,0.02334 ",\ "0.03686 ,0.036205 ,0.035335 ,0.033755 ,0.03239 ,0.031245 ,0.030325 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.00699 ,0.006985 ,0.00698 ,0.00698 ,0.006985 ,0.007 ,0.00702 ",\ "0.01114 ,0.010825 ,0.010615 ,0.01032 ,0.010105 ,0.009955 ,0.00986 ",\ "0.01723 ,0.016605 ,0.016145 ,0.015465 ,0.01494 ,0.014555 ,0.01429 ",\ "0.030835 ,0.02999 ,0.029165 ,0.0278 ,0.026695 ,0.02582 ,0.025185 ",\ "0.03833 ,0.03758 ,0.036645 ,0.03499 ,0.033605 ,0.03249 ,0.03164 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0044, 0.0088, 0.0175, 0.0262, 0.0349, 0.0436 "); values ("0.003195 ,0.003145 ,0.00311 ,0.00307 ,0.003045 ,0.003035 ,0.003045 ",\ "0.007515 ,0.00719 ,0.00696 ,0.006615 ,0.00635 ,0.00616 ,0.006035 ",\ "0.01378 ,0.01319 ,0.01272 ,0.011995 ,0.011425 ,0.01099 ,0.01068 ",\ "0.02743 ,0.02668 ,0.025895 ,0.024555 ,0.023445 ,0.02255 ,0.021865 ",\ "0.034795 ,0.034155 ,0.03329 ,0.03172 ,0.030375 ,0.02927 ,0.0284 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0436 ; } pin(A1) { direction : input ; capacitance : 0.001832 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001592 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.001839 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.001671 ; max_transition : 2.7273 ; } } cell(AOI22_B) { area : 6 ; cell_footprint : AOI22 ; cell_leakage_power : 0.169531 ; pin(Z) { direction : output ; function : "((A1*A2)'*(B1*B2)')" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.02244 ,0.03119 ,0.04188 ,0.062495 ,0.0838 ,0.10536 ,0.12696 ",\ "0.04892 ,0.062055 ,0.07554 ,0.100315 ,0.12397 ,0.14684 ,0.171495 ",\ "0.07345 ,0.09305 ,0.110705 ,0.141635 ,0.170585 ,0.19831 ,0.224925 ",\ "0.108915 ,0.13847 ,0.16322 ,0.204995 ,0.24309 ,0.278755 ,0.31217 ",\ "0.130285 ,0.161025 ,0.1877 ,0.23326 ,0.27469 ,0.313075 ,0.34852 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.02907 ,0.045085 ,0.065665 ,0.10346 ,0.147225 ,0.1928 ,0.238485 ",\ "0.06011 ,0.076655 ,0.098855 ,0.140915 ,0.17913 ,0.213155 ,0.257725 ",\ "0.09873 ,0.116125 ,0.140745 ,0.188735 ,0.23351 ,0.274365 ,0.31095 ",\ "0.173985 ,0.19067 ,0.218865 ,0.27601 ,0.32985 ,0.378715 ,0.42184 ",\ "0.214085 ,0.22824 ,0.257185 ,0.317185 ,0.373295 ,0.423155 ,0.465725 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.01024 ,0.01633 ,0.023345 ,0.037345 ,0.049455 ,0.061505 ,0.07354 ",\ "0.00998 ,0.02229 ,0.032745 ,0.051155 ,0.06924 ,0.08683 ,0.10232 ",\ "-0.003755 ,0.017085 ,0.0325 ,0.05709 ,0.079475 ,0.10113 ,0.122475 ",\ "-0.043325 ,-0.01164 ,0.01127 ,0.046665 ,0.077615 ,0.10641 ,0.133705 ",\ "-0.05341 ,-0.0228 ,0.001185 ,0.039855 ,0.074305 ,0.106525 ,0.13708 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.022845 ,0.03018 ,0.03958 ,0.05637 ,0.07713 ,0.09915 ,0.12129 ",\ "0.059515 ,0.06789 ,0.07914 ,0.100105 ,0.118395 ,0.133695 ,0.157075 ",\ "0.10248 ,0.11333 ,0.127985 ,0.155845 ,0.180825 ,0.202345 ,0.220065 ",\ "0.1818 ,0.197065 ,0.21785 ,0.2573 ,0.292145 ,0.321225 ,0.34386 ",\ "0.224315 ,0.240325 ,0.26317 ,0.306525 ,0.34397 ,0.373905 ,0.395425 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.024765 ,0.03339 ,0.044065 ,0.06471 ,0.08618 ,0.10796 ,0.1298 ",\ "0.053875 ,0.066195 ,0.079315 ,0.10377 ,0.127275 ,0.150065 ,0.174765 ",\ "0.08245 ,0.100305 ,0.117125 ,0.147255 ,0.17582 ,0.20335 ,0.2299 ",\ "0.126715 ,0.1529 ,0.175915 ,0.21587 ,0.252905 ,0.28786 ,0.32078 ",\ "0.152205 ,0.179 ,0.20359 ,0.24683 ,0.286785 ,0.32407 ,0.35861 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.03096 ,0.04731 ,0.068365 ,0.10732 ,0.151865 ,0.198115 ,0.244475 ",\ "0.05967 ,0.07696 ,0.09981 ,0.14306 ,0.182475 ,0.21777 ,0.26333 ",\ "0.094045 ,0.11314 ,0.1389 ,0.188475 ,0.23445 ,0.27628 ,0.31366 ",\ "0.15757 ,0.17923 ,0.21002 ,0.270005 ,0.325485 ,0.375305 ,0.41883 ",\ "0.19057 ,0.21209 ,0.24457 ,0.308155 ,0.366265 ,0.417265 ,0.46033 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.009865 ,0.015775 ,0.0226 ,0.03635 ,0.048425 ,0.06044 ,0.072425 ",\ "0.00793 ,0.01951 ,0.029535 ,0.047015 ,0.06381 ,0.080545 ,0.095635 ",\ "-0.00661 ,0.01281 ,0.02748 ,0.050745 ,0.071485 ,0.09109 ,0.10998 ",\ "-0.048015 ,-0.01799 ,0.00409 ,0.03801 ,0.06713 ,0.093695 ,0.11841 ",\ "-0.061635 ,-0.031745 ,-0.00813 ,0.02953 ,0.062445 ,0.0927 ,0.120965 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.01957 ,0.02707 ,0.03677 ,0.054335 ,0.07557 ,0.09796 ,0.12046 ",\ "0.049515 ,0.057485 ,0.068525 ,0.089275 ,0.10753 ,0.122965 ,0.14602 ",\ "0.08564 ,0.094995 ,0.108515 ,0.134575 ,0.158035 ,0.17827 ,0.19494 ",\ "0.15284 ,0.164245 ,0.182235 ,0.21751 ,0.24908 ,0.27564 ,0.29652 ",\ "0.188085 ,0.19922 ,0.21872 ,0.257355 ,0.291445 ,0.31921 ,0.339765 "); } } timing() { related_pin : "B1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.02489 ,0.033635 ,0.0445 ,0.066085 ,0.08737 ,0.108605 ,0.12987 ",\ "0.04512 ,0.05758 ,0.070495 ,0.094615 ,0.118195 ,0.14159 ,0.165265 ",\ "0.06445 ,0.082265 ,0.098335 ,0.1266 ,0.153315 ,0.17925 ,0.20457 ",\ "0.09439 ,0.12071 ,0.14251 ,0.17898 ,0.21219 ,0.243475 ,0.273135 ",\ "0.11112 ,0.13903 ,0.16279 ,0.20283 ,0.239135 ,0.27305 ,0.30487 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.02668 ,0.04232 ,0.063085 ,0.102715 ,0.146205 ,0.19088 ,0.235645 ",\ "0.056255 ,0.07058 ,0.091355 ,0.132265 ,0.170985 ,0.20705 ,0.25055 ",\ "0.096715 ,0.10951 ,0.13058 ,0.17362 ,0.215165 ,0.25425 ,0.290455 ",\ "0.17738 ,0.18611 ,0.207345 ,0.253725 ,0.29939 ,0.3423 ,0.38156 ",\ "0.218935 ,0.22459 ,0.245475 ,0.292865 ,0.339705 ,0.383305 ,0.422515 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.01477 ,0.020275 ,0.02693 ,0.04093 ,0.053065 ,0.06469 ,0.07632 ",\ "0.02041 ,0.030655 ,0.03991 ,0.056805 ,0.0738 ,0.0914 ,0.107075 ",\ "0.01348 ,0.03068 ,0.044025 ,0.06605 ,0.08656 ,0.106645 ,0.1266 ",\ "-0.01582 ,0.010375 ,0.03001 ,0.06131 ,0.089365 ,0.11587 ,0.141275 ",\ "-0.022715 ,0.00229 ,0.02268 ,0.056745 ,0.088015 ,0.117855 ,0.146605 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.02474 ,0.03236 ,0.04202 ,0.059485 ,0.08049 ,0.10263 ,0.124885 ",\ "0.06182 ,0.070675 ,0.08196 ,0.10296 ,0.12158 ,0.13756 ,0.160805 ",\ "0.106235 ,0.117725 ,0.132095 ,0.159175 ,0.1837 ,0.205225 ,0.22344 ",\ "0.186205 ,0.202605 ,0.222755 ,0.26046 ,0.294045 ,0.32263 ,0.3456 ",\ "0.22607 ,0.24374 ,0.266075 ,0.30772 ,0.344025 ,0.37375 ,0.3961 "); } } timing() { related_pin : "B2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.027055 ,0.03571 ,0.046595 ,0.06822 ,0.089735 ,0.11126 ,0.13283 ",\ "0.049455 ,0.06119 ,0.0738 ,0.097655 ,0.121105 ,0.1444 ,0.168145 ",\ "0.072635 ,0.08882 ,0.1041 ,0.1316 ,0.15793 ,0.18364 ,0.208835 ",\ "0.1119 ,0.13495 ,0.155065 ,0.189745 ,0.221875 ,0.252415 ,0.28152 ",\ "0.13312 ,0.157225 ,0.178985 ,0.21679 ,0.251645 ,0.28444 ,0.31533 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.028485 ,0.04444 ,0.065485 ,0.105445 ,0.149555 ,0.194935 ,0.240405 ",\ "0.055725 ,0.0709 ,0.09234 ,0.134175 ,0.1735 ,0.2099 ,0.254165 ",\ "0.09206 ,0.10656 ,0.128845 ,0.17358 ,0.216365 ,0.256385 ,0.29325 ",\ "0.161445 ,0.17412 ,0.19779 ,0.247335 ,0.295295 ,0.33999 ,0.380655 ",\ "0.19619 ,0.20716 ,0.231135 ,0.282355 ,0.33187 ,0.377495 ,0.41825 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.01399 ,0.01944 ,0.026045 ,0.03973 ,0.05188 ,0.063595 ,0.075305 ",\ "0.017425 ,0.027235 ,0.036265 ,0.052605 ,0.068725 ,0.085125 ,0.10014 ",\ "0.009345 ,0.02552 ,0.038355 ,0.059425 ,0.078685 ,0.09719 ,0.115255 ",\ "-0.02203 ,0.00271 ,0.0217 ,0.051835 ,0.07837 ,0.103005 ,0.126255 ",\ "-0.03254 ,-0.008365 ,0.011775 ,0.045115 ,0.07513 ,0.103315 ,0.130125 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.021645 ,0.029175 ,0.038975 ,0.05702 ,0.07823 ,0.100445 ,0.122765 ",\ "0.052575 ,0.060455 ,0.07129 ,0.09182 ,0.11019 ,0.126085 ,0.14883 ",\ "0.09028 ,0.099565 ,0.11259 ,0.137705 ,0.1605 ,0.180405 ,0.19709 ",\ "0.157595 ,0.169865 ,0.187275 ,0.220915 ,0.25113 ,0.27684 ,0.297415 ",\ "0.190415 ,0.20349 ,0.22268 ,0.259795 ,0.29266 ,0.319865 ,0.34062 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.009295 ,0.009095 ,0.00898 ,0.008825 ,0.008735 ,0.0087 ,0.008715 ",\ "0.01909 ,0.018105 ,0.01747 ,0.01654 ,0.015855 ,0.01538 ,0.01511 ",\ "0.032855 ,0.03102 ,0.02975 ,0.027825 ,0.02637 ,0.02532 ,0.02466 ",\ "0.06202 ,0.0593 ,0.057035 ,0.05341 ,0.050565 ,0.04845 ,0.04704 ",\ "0.0774 ,0.074645 ,0.07203 ,0.06769 ,0.06424 ,0.061635 ,0.05986 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.003585 ,0.003345 ,0.00323 ,0.00309 ,0.003015 ,0.003 ,0.003035 ",\ "0.013105 ,0.01206 ,0.01135 ,0.010305 ,0.00955 ,0.009055 ,0.008805 ",\ "0.026715 ,0.02489 ,0.02351 ,0.02138 ,0.01978 ,0.01865 ,0.017985 ",\ "0.05611 ,0.05391 ,0.051715 ,0.04802 ,0.045035 ,0.042735 ,0.04111 ",\ "0.07186 ,0.07007 ,0.06774 ,0.06356 ,0.06005 ,0.05721 ,0.05505 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.01045 ,0.010235 ,0.0101 ,0.00991 ,0.009785 ,0.00973 ,0.00973 ",\ "0.0202 ,0.01941 ,0.018805 ,0.01786 ,0.017145 ,0.01663 ,0.016315 ",\ "0.03377 ,0.03239 ,0.031255 ,0.02944 ,0.028015 ,0.02694 ,0.026215 ",\ "0.062025 ,0.060145 ,0.058345 ,0.055315 ,0.05283 ,0.050865 ,0.04941 ",\ "0.076695 ,0.0749 ,0.072965 ,0.06959 ,0.06676 ,0.06446 ,0.06269 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.003165 ,0.00293 ,0.002815 ,0.00268 ,0.002605 ,0.00258 ,0.00261 ",\ "0.012195 ,0.011065 ,0.010395 ,0.009455 ,0.008785 ,0.008345 ,0.008125 ",\ "0.02521 ,0.023235 ,0.02192 ,0.019975 ,0.018525 ,0.0175 ,0.01689 ",\ "0.053475 ,0.051175 ,0.04903 ,0.045465 ,0.0426 ,0.040385 ,0.03882 ",\ "0.06869 ,0.066925 ,0.064595 ,0.06042 ,0.056915 ,0.054095 ,0.051965 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.01105 ,0.011 ,0.01098 ,0.01096 ,0.010955 ,0.010975 ,0.01101 ",\ "0.01976 ,0.018915 ,0.0184 ,0.01767 ,0.01715 ,0.016805 ,0.016635 ",\ "0.0326 ,0.030895 ,0.029745 ,0.02803 ,0.02676 ,0.025875 ,0.025365 ",\ "0.061345 ,0.058795 ,0.05656 ,0.052945 ,0.05012 ,0.048035 ,0.04668 ",\ "0.07721 ,0.074685 ,0.072015 ,0.06748 ,0.063855 ,0.061115 ,0.05925 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.005825 ,0.00566 ,0.00556 ,0.00543 ,0.005345 ,0.00531 ,0.00532 ",\ "0.01542 ,0.01463 ,0.014035 ,0.013115 ,0.012415 ,0.01191 ,0.01159 ",\ "0.029095 ,0.0277 ,0.02655 ,0.024705 ,0.02325 ,0.02215 ,0.021395 ",\ "0.05832 ,0.05655 ,0.05472 ,0.051575 ,0.04896 ,0.04686 ,0.045265 ",\ "0.073835 ,0.0723 ,0.07035 ,0.06683 ,0.06382 ,0.061315 ,0.059315 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.012265 ,0.01221 ,0.012175 ,0.012135 ,0.01212 ,0.01213 ,0.01216 ",\ "0.020975 ,0.02029 ,0.019805 ,0.019075 ,0.018535 ,0.01816 ,0.017945 ",\ "0.03363 ,0.032305 ,0.03128 ,0.02967 ,0.02844 ,0.027535 ,0.02696 ",\ "0.06145 ,0.05963 ,0.05784 ,0.054815 ,0.05236 ,0.05044 ,0.04906 ",\ "0.07658 ,0.074915 ,0.072905 ,0.06934 ,0.06636 ,0.06396 ,0.06214 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0092, 0.0183, 0.0364, 0.0546, 0.0728, 0.091 "); values ("0.005405 ,0.005265 ,0.00519 ,0.00509 ,0.005035 ,0.00502 ,0.00504 ",\ "0.01436 ,0.013605 ,0.013065 ,0.01224 ,0.011625 ,0.01119 ,0.010935 ",\ "0.027255 ,0.025895 ,0.024815 ,0.02311 ,0.021785 ,0.020805 ,0.020155 ",\ "0.05514 ,0.05339 ,0.05161 ,0.04857 ,0.046075 ,0.044105 ,0.04265 ",\ "0.070095 ,0.06856 ,0.066615 ,0.06313 ,0.060175 ,0.057765 ,0.0559 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0910 ; } pin(A1) { direction : input ; capacitance : 0.002751 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.002448 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.002745 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.002562 ; max_transition : 2.7273 ; } } cell(AOI22_C) { area : 13 ; cell_footprint : AOI22 ; cell_leakage_power : 0.377865 ; pin(Z) { direction : output ; function : "((A1*A2)'*(B1*B2)')" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02201 ,0.030575 ,0.041665 ,0.063405 ,0.084135 ,0.10486 ,0.12559 ",\ "0.048615 ,0.060885 ,0.074135 ,0.099975 ,0.126555 ,0.1497 ,0.17271 ",\ "0.073755 ,0.09193 ,0.10877 ,0.139295 ,0.16932 ,0.19974 ,0.227615 ",\ "0.11022 ,0.138425 ,0.16223 ,0.20222 ,0.23904 ,0.274525 ,0.309255 ",\ "0.13117 ,0.161175 ,0.187505 ,0.23159 ,0.27139 ,0.308935 ,0.344925 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02873 ,0.04462 ,0.0649 ,0.1062 ,0.15061 ,0.195085 ,0.239605 ",\ "0.05976 ,0.07588 ,0.09707 ,0.1371 ,0.173205 ,0.221755 ,0.270815 ",\ "0.098315 ,0.11519 ,0.13833 ,0.183435 ,0.22521 ,0.26274 ,0.31375 ",\ "0.173655 ,0.18997 ,0.21652 ,0.27101 ,0.32264 ,0.369355 ,0.410275 ",\ "0.21383 ,0.227835 ,0.255475 ,0.31395 ,0.36951 ,0.41939 ,0.46246 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.00969 ,0.015595 ,0.02334 ,0.037425 ,0.048865 ,0.06021 ,0.071505 ",\ "0.009215 ,0.02044 ,0.03107 ,0.05172 ,0.07346 ,0.08707 ,0.100325 ",\ "-0.00437 ,0.014585 ,0.02965 ,0.05486 ,0.079305 ,0.10469 ,0.12243 ",\ "-0.044175 ,-0.014375 ,0.00809 ,0.042385 ,0.072265 ,0.10078 ,0.12902 ",\ "-0.05555 ,-0.0259 ,-0.00184 ,0.03573 ,0.068475 ,0.099495 ,0.12997 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02255 ,0.029575 ,0.03861 ,0.057275 ,0.077645 ,0.09814 ,0.118705 ",\ "0.05916 ,0.06694 ,0.077025 ,0.096005 ,0.112885 ,0.13717 ,0.161825 ",\ "0.102375 ,0.11253 ,0.12528 ,0.14954 ,0.171425 ,0.19038 ,0.218715 ",\ "0.18246 ,0.19727 ,0.21561 ,0.250525 ,0.28184 ,0.308545 ,0.33011 ",\ "0.22462 ,0.24039 ,0.261055 ,0.30071 ,0.33599 ,0.36554 ,0.388685 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02428 ,0.03262 ,0.043545 ,0.06509 ,0.08576 ,0.10646 ,0.12718 ",\ "0.05354 ,0.0649 ,0.07759 ,0.102755 ,0.128835 ,0.151795 ,0.1747 ",\ "0.082695 ,0.099055 ,0.11481 ,0.144125 ,0.17341 ,0.20329 ,0.230885 ",\ "0.127895 ,0.15271 ,0.17443 ,0.21208 ,0.2475 ,0.282005 ,0.31597 ",\ "0.152985 ,0.17908 ,0.2029 ,0.244075 ,0.28207 ,0.318295 ,0.35319 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.03048 ,0.04643 ,0.0667 ,0.1079 ,0.15223 ,0.196595 ,0.24099 ",\ "0.059185 ,0.075935 ,0.097495 ,0.137735 ,0.173605 ,0.222515 ,0.2719 ",\ "0.09346 ,0.112065 ,0.136255 ,0.182335 ,0.224235 ,0.26124 ,0.312795 ",\ "0.157115 ,0.178325 ,0.20755 ,0.264805 ,0.31759 ,0.364345 ,0.404345 ",\ "0.19026 ,0.211215 ,0.242425 ,0.304555 ,0.36185 ,0.412215 ,0.454695 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.009305 ,0.015075 ,0.02249 ,0.03609 ,0.047555 ,0.05891 ,0.0702 ",\ "0.00709 ,0.01787 ,0.02808 ,0.04733 ,0.06699 ,0.0803 ,0.093225 ",\ "-0.00754 ,0.01049 ,0.024975 ,0.04869 ,0.070945 ,0.09346 ,0.11003 ",\ "-0.049675 ,-0.021015 ,0.000915 ,0.033865 ,0.061845 ,0.088 ,0.11351 ",\ "-0.064585 ,-0.035355 ,-0.011405 ,0.02529 ,0.056465 ,0.085485 ,0.113675 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.01929 ,0.026345 ,0.03531 ,0.0539 ,0.07463 ,0.09547 ,0.11638 ",\ "0.049445 ,0.056675 ,0.066275 ,0.084105 ,0.099355 ,0.12355 ,0.148165 ",\ "0.086295 ,0.09468 ,0.10614 ,0.128205 ,0.1478 ,0.16419 ,0.19107 ",\ "0.154495 ,0.16488 ,0.180515 ,0.21169 ,0.239945 ,0.26389 ,0.28289 ",\ "0.188705 ,0.199005 ,0.216645 ,0.252415 ,0.284765 ,0.311945 ,0.33319 "); } } timing() { related_pin : "B1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02511 ,0.034125 ,0.04607 ,0.069175 ,0.090105 ,0.11096 ,0.13177 ",\ "0.04598 ,0.057895 ,0.071 ,0.097245 ,0.125205 ,0.146955 ,0.16845 ",\ "0.066 ,0.08265 ,0.09808 ,0.12634 ,0.1547 ,0.184095 ,0.20918 ",\ "0.096375 ,0.121555 ,0.142395 ,0.17687 ,0.20859 ,0.23952 ,0.270325 ",\ "0.11277 ,0.14011 ,0.163555 ,0.20195 ,0.236485 ,0.26954 ,0.301995 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02703 ,0.043095 ,0.064065 ,0.10651 ,0.151165 ,0.19582 ,0.24046 ",\ "0.056145 ,0.07055 ,0.0909 ,0.130685 ,0.16791 ,0.21476 ,0.2621 ",\ "0.09674 ,0.109225 ,0.12924 ,0.170415 ,0.210085 ,0.247 ,0.29452 ",\ "0.179315 ,0.187075 ,0.206555 ,0.250775 ,0.29514 ,0.336975 ,0.375185 ",\ "0.22189 ,0.2264 ,0.24559 ,0.291435 ,0.338 ,0.381895 ,0.421735 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.014375 ,0.019735 ,0.027075 ,0.040955 ,0.0522 ,0.063395 ,0.07457 ",\ "0.02084 ,0.02997 ,0.039305 ,0.058135 ,0.07901 ,0.092225 ,0.10512 ",\ "0.015055 ,0.030265 ,0.043085 ,0.0655 ,0.08775 ,0.111015 ,0.12918 ",\ "-0.013535 ,0.01048 ,0.029245 ,0.0592 ,0.086245 ,0.112465 ,0.138575 ",\ "-0.0214 ,0.002095 ,0.021905 ,0.054495 ,0.08419 ,0.11298 ,0.141585 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.024795 ,0.03212 ,0.0415 ,0.060655 ,0.081125 ,0.101675 ,0.12228 ",\ "0.062955 ,0.070895 ,0.080865 ,0.099805 ,0.117045 ,0.140765 ,0.164865 ",\ "0.108895 ,0.11905 ,0.131145 ,0.15427 ,0.175465 ,0.194145 ,0.22147 ",\ "0.190915 ,0.206025 ,0.22324 ,0.25589 ,0.285515 ,0.3111 ,0.332095 ",\ "0.23041 ,0.24723 ,0.267025 ,0.30461 ,0.338385 ,0.36713 ,0.390175 "); } } timing() { related_pin : "B2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02719 ,0.035985 ,0.047735 ,0.07056 ,0.091345 ,0.112085 ,0.132795 ",\ "0.04977 ,0.060885 ,0.07347 ,0.09905 ,0.126495 ,0.148025 ,0.169365 ",\ "0.073065 ,0.088045 ,0.10248 ,0.129595 ,0.15724 ,0.186095 ,0.21089 ",\ "0.11179 ,0.13369 ,0.15257 ,0.18484 ,0.215185 ,0.245085 ,0.27502 ",\ "0.13231 ,0.15582 ,0.17692 ,0.212595 ,0.245345 ,0.27697 ,0.308115 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.02873 ,0.044855 ,0.0657 ,0.107885 ,0.152565 ,0.197215 ,0.24185 ",\ "0.055265 ,0.0704 ,0.091175 ,0.13109 ,0.167755 ,0.21516 ,0.263015 ",\ "0.09177 ,0.105965 ,0.127145 ,0.169505 ,0.20945 ,0.245935 ,0.294115 ",\ "0.16379 ,0.17566 ,0.197955 ,0.245535 ,0.291735 ,0.33437 ,0.37253 ",\ "0.19969 ,0.20978 ,0.232715 ,0.28306 ,0.332205 ,0.377425 ,0.41759 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.013605 ,0.018955 ,0.02611 ,0.03964 ,0.051025 ,0.062335 ,0.073595 ",\ "0.01782 ,0.026765 ,0.035885 ,0.05367 ,0.0727 ,0.085655 ,0.09827 ",\ "0.010955 ,0.02554 ,0.037985 ,0.059215 ,0.079615 ,0.100435 ,0.11717 ",\ "-0.01899 ,0.003915 ,0.022295 ,0.051125 ,0.07644 ,0.10051 ,0.124185 ",\ "-0.029785 ,-0.006935 ,0.012915 ,0.04487 ,0.073135 ,0.10005 ,0.12654 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.021725 ,0.029045 ,0.038445 ,0.057695 ,0.078585 ,0.09953 ,0.120505 ",\ "0.053935 ,0.061155 ,0.07077 ,0.088865 ,0.10474 ,0.12853 ,0.152715 ",\ "0.093375 ,0.10164 ,0.1127 ,0.134045 ,0.153145 ,0.169265 ,0.19532 ",\ "0.16308 ,0.17411 ,0.189 ,0.218365 ,0.24504 ,0.267725 ,0.285775 ",\ "0.1959 ,0.20777 ,0.22475 ,0.258595 ,0.289405 ,0.315595 ,0.336415 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.019195 ,0.018765 ,0.01851 ,0.018175 ,0.01797 ,0.01789 ,0.01793 ",\ "0.039865 ,0.03789 ,0.03655 ,0.034525 ,0.03303 ,0.03201 ,0.031455 ",\ "0.068905 ,0.065255 ,0.06259 ,0.05844 ,0.055285 ,0.053035 ,0.051675 ",\ "0.130375 ,0.124945 ,0.120215 ,0.112475 ,0.10641 ,0.10192 ,0.098985 ",\ "0.16275 ,0.15722 ,0.15176 ,0.142565 ,0.135255 ,0.129755 ,0.126055 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.00744 ,0.00701 ,0.00677 ,0.00647 ,0.006305 ,0.00626 ,0.006335 ",\ "0.02753 ,0.02548 ,0.023995 ,0.02173 ,0.020085 ,0.019005 ,0.01848 ",\ "0.05627 ,0.05265 ,0.049755 ,0.045175 ,0.041705 ,0.039275 ,0.03786 ",\ "0.1183 ,0.11386 ,0.109285 ,0.101465 ,0.095135 ,0.09025 ,0.0868 ",\ "0.151525 ,0.14785 ,0.143 ,0.134275 ,0.126915 ,0.120935 ,0.116335 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.021615 ,0.02119 ,0.020895 ,0.020475 ,0.0202 ,0.020055 ,0.020045 ",\ "0.042305 ,0.040715 ,0.039435 ,0.037395 ,0.035835 ,0.034725 ,0.03405 ",\ "0.071105 ,0.068315 ,0.06593 ,0.062025 ,0.05895 ,0.056655 ,0.05513 ",\ "0.13096 ,0.12713 ,0.12335 ,0.1169 ,0.11162 ,0.107455 ,0.1044 ",\ "0.16196 ,0.15829 ,0.15423 ,0.1471 ,0.141125 ,0.13628 ,0.132555 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.006605 ,0.00614 ,0.005895 ,0.00558 ,0.005395 ,0.00533 ,0.00537 ",\ "0.025695 ,0.023515 ,0.02211 ,0.020035 ,0.01853 ,0.017535 ,0.017035 ",\ "0.05324 ,0.049415 ,0.046675 ,0.04244 ,0.039245 ,0.036985 ,0.035645 ",\ "0.11298 ,0.108405 ,0.103935 ,0.096365 ,0.09024 ,0.085505 ,0.08214 ",\ "0.145095 ,0.14143 ,0.13657 ,0.12783 ,0.12048 ,0.11453 ,0.10999 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.023 ,0.02286 ,0.02279 ,0.02271 ,0.02267 ,0.02267 ,0.02271 ",\ "0.040955 ,0.039315 ,0.038245 ,0.036655 ,0.035505 ,0.034745 ,0.034365 ",\ "0.06759 ,0.0643 ,0.061925 ,0.058255 ,0.055515 ,0.05362 ,0.052545 ",\ "0.127775 ,0.12277 ,0.11814 ,0.110495 ,0.10451 ,0.100105 ,0.097265 ",\ "0.16125 ,0.156195 ,0.15063 ,0.141095 ,0.13346 ,0.12769 ,0.123775 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.013785 ,0.01342 ,0.01321 ,0.012925 ,0.01276 ,0.012705 ,0.01275 ",\ "0.03437 ,0.03273 ,0.031425 ,0.029355 ,0.027785 ,0.026675 ,0.02602 ",\ "0.06352 ,0.060635 ,0.058125 ,0.05402 ,0.050785 ,0.04837 ,0.04677 ",\ "0.125165 ,0.121465 ,0.117575 ,0.11082 ,0.105205 ,0.100705 ,0.097305 ",\ "0.157585 ,0.15432 ,0.15025 ,0.142895 ,0.136575 ,0.13129 ,0.12704 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.025415 ,0.025295 ,0.02522 ,0.02512 ,0.02507 ,0.02506 ,0.025095 ",\ "0.04366 ,0.042305 ,0.04129 ,0.03971 ,0.03853 ,0.03771 ,0.037255 ",\ "0.07043 ,0.0678 ,0.06565 ,0.0622 ,0.059535 ,0.05761 ,0.056405 ",\ "0.12976 ,0.1261 ,0.12233 ,0.115875 ,0.11063 ,0.106555 ,0.103635 ",\ "0.162245 ,0.15884 ,0.154585 ,0.147015 ,0.140675 ,0.135565 ,0.131685 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1502, 0.1877 "); values ("0.012905 ,0.01258 ,0.012405 ,0.01218 ,0.01206 ,0.012025 ,0.01208 ",\ "0.032575 ,0.030955 ,0.029715 ,0.02778 ,0.026325 ,0.02532 ,0.024755 ",\ "0.06069 ,0.0578 ,0.05537 ,0.051435 ,0.04838 ,0.04614 ,0.044705 ",\ "0.12046 ,0.11671 ,0.11284 ,0.106185 ,0.10071 ,0.09639 ,0.0932 ",\ "0.152025 ,0.14869 ,0.144575 ,0.1372 ,0.13093 ,0.12576 ,0.12169 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1877 ; } pin(A1) { direction : input ; capacitance : 0.004901 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.004681 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.004804 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.004682 ; max_transition : 2.7273 ; } } cell(DFFR_E) { area : 19 ; cell_footprint : DFFR ; cell_leakage_power : 0.896169 ; scan_group : SDFFR_E ; pin(Q) { direction : output ; function : "IQ" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.05663 ,0.062675 ,0.071435 ,0.08946 ,0.107165 ,0.125115 ,0.14321 ",\ "0.07245 ,0.078345 ,0.086715 ,0.104545 ,0.123315 ,0.141615 ,0.160105 ",\ "0.07731 ,0.084075 ,0.09247 ,0.10959 ,0.126975 ,0.14433 ,0.16305 ",\ "0.062335 ,0.07053 ,0.078685 ,0.0952 ,0.112305 ,0.12954 ,0.146595 ",\ "0.05339 ,0.060115 ,0.06698 ,0.082535 ,0.10013 ,0.11889 ,0.1383 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.012445 ,0.02624 ,0.045095 ,0.084 ,0.12157 ,0.159305 ,0.197145 ",\ "0.01233 ,0.025865 ,0.044435 ,0.08298 ,0.12313 ,0.16443 ,0.201625 ",\ "0.012355 ,0.02571 ,0.04412 ,0.08247 ,0.12259 ,0.16432 ,0.2076 ",\ "0.01242 ,0.025505 ,0.0436 ,0.081445 ,0.12118 ,0.162645 ,0.205765 ",\ "0.012425 ,0.0254 ,0.043315 ,0.080775 ,0.120095 ,0.161105 ,0.20373 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.03509 ,0.04033 ,0.047465 ,0.06132 ,0.07397 ,0.086555 ,0.099095 ",\ "0.040385 ,0.046105 ,0.052925 ,0.066655 ,0.081045 ,0.092965 ,0.104775 ",\ "0.034225 ,0.041205 ,0.048025 ,0.06056 ,0.072905 ,0.085395 ,0.096895 ",\ "0.000245 ,0.008675 ,0.01518 ,0.026365 ,0.03737 ,0.04866 ,0.06036 ",\ "-0.01952 ,-0.012445 ,-0.00702 ,0.003245 ,0.014505 ,0.02702 ,0.0408 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.009245 ,0.017565 ,0.028875 ,0.051845 ,0.07493 ,0.09815 ,0.12146 ",\ "0.009885 ,0.017875 ,0.028835 ,0.05145 ,0.074765 ,0.097565 ,0.12008 ",\ "0.01089 ,0.01853 ,0.029125 ,0.05128 ,0.07446 ,0.098525 ,0.12222 ",\ "0.01263 ,0.019715 ,0.0296 ,0.05071 ,0.07335 ,0.09736 ,0.122655 ",\ "0.013265 ,0.020145 ,0.02968 ,0.050185 ,0.07239 ,0.09613 ,0.12132 "); } } timing() { related_pin : "RN" ; timing_sense : positive_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.049925 ,0.05511 ,0.062265 ,0.076255 ,0.08896 ,0.10167 ,0.11438 ",\ "0.071675 ,0.077105 ,0.08361 ,0.097445 ,0.11268 ,0.12497 ,0.13731 ",\ "0.089725 ,0.096095 ,0.102235 ,0.114485 ,0.127515 ,0.14131 ,0.15404 ",\ "0.1113 ,0.118845 ,0.124565 ,0.135455 ,0.146995 ,0.159135 ,0.17171 ",\ "0.12104 ,0.127465 ,0.13264 ,0.14333 ,0.15536 ,0.168495 ,0.182515 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.00867 ,0.017265 ,0.028805 ,0.052115 ,0.075695 ,0.09937 ,0.1231 ",\ "0.008765 ,0.017245 ,0.028695 ,0.051935 ,0.075485 ,0.098895 ,0.122275 ",\ "0.0089 ,0.017285 ,0.028665 ,0.05198 ,0.075895 ,0.10032 ,0.124365 ",\ "0.009205 ,0.017415 ,0.028585 ,0.051725 ,0.07578 ,0.10066 ,0.126315 ",\ "0.009375 ,0.017505 ,0.028525 ,0.051385 ,0.075195 ,0.099855 ,0.12532 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.040015 ,0.03895 ,0.03824 ,0.0371 ,0.03615 ,0.03535 ,0.034705 ",\ "0.05229 ,0.051185 ,0.05042 ,0.0492 ,0.0482 ,0.04738 ,0.046745 ",\ "0.06971 ,0.068565 ,0.06775 ,0.066445 ,0.06538 ,0.064535 ,0.063895 ",\ "0.105825 ,0.10473 ,0.10391 ,0.102575 ,0.10147 ,0.100565 ,0.09986 ",\ "0.124445 ,0.123435 ,0.12267 ,0.121395 ,0.120305 ,0.11938 ,0.11861 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.02493 ,0.024645 ,0.024475 ,0.024215 ,0.024005 ,0.023835 ,0.0237 ",\ "0.038805 ,0.03826 ,0.03794 ,0.03746 ,0.037105 ,0.03685 ,0.03669 ",\ "0.057985 ,0.057105 ,0.056585 ,0.055825 ,0.055275 ,0.054905 ,0.05471 ",\ "0.096565 ,0.09512 ,0.094265 ,0.093035 ,0.09215 ,0.091565 ,0.091275 ",\ "0.115895 ,0.11423 ,0.11324 ,0.111815 ,0.11079 ,0.11011 ,0.10976 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0376, 0.0751, 0.1126, 0.1501, 0.1876 "); values ("0.038505 ,0.038235 ,0.03803 ,0.037695 ,0.037415 ,0.037185 ,0.036995 ",\ "0.050025 ,0.049745 ,0.04955 ,0.049225 ,0.04895 ,0.04872 ,0.04852 ",\ "0.06598 ,0.065685 ,0.06549 ,0.06517 ,0.064895 ,0.06466 ,0.064455 ",\ "0.099175 ,0.098825 ,0.0986 ,0.098235 ,0.09794 ,0.09769 ,0.097495 ",\ "0.11639 ,0.116005 ,0.115745 ,0.11534 ,0.115015 ,0.11476 ,0.114575 "); } related_pin : "RN" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1876 ; } pin(QBAR) { direction : output ; function : "IQN" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.02464 ,0.032745 ,0.04341 ,0.063155 ,0.080525 ,0.09765 ,0.11463 ",\ "0.030685 ,0.04043 ,0.050685 ,0.07102 ,0.09206 ,0.10762 ,0.122985 ",\ "0.02395 ,0.036835 ,0.047315 ,0.065615 ,0.08387 ,0.102965 ,0.11722 ",\ "-0.012285 ,0.005195 ,0.016335 ,0.033145 ,0.048825 ,0.064915 ,0.081865 ",\ "-0.03118 ,-0.014585 ,-0.003955 ,0.01259 ,0.02885 ,0.046355 ,0.065575 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.01306 ,0.027295 ,0.046065 ,0.08398 ,0.1226 ,0.16126 ,0.199955 ",\ "0.01788 ,0.03164 ,0.04991 ,0.0862 ,0.122255 ,0.160085 ,0.198005 ",\ "0.024185 ,0.03742 ,0.054965 ,0.090365 ,0.12591 ,0.1614 ,0.198055 ",\ "0.034545 ,0.047305 ,0.063485 ,0.09678 ,0.131195 ,0.166415 ,0.202255 ",\ "0.038445 ,0.051305 ,0.066845 ,0.098935 ,0.132475 ,0.167115 ,0.20263 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.038625 ,0.04633 ,0.05631 ,0.072225 ,0.082675 ,0.09222 ,0.101235 ",\ "0.05584 ,0.06456 ,0.07292 ,0.089855 ,0.10816 ,0.11464 ,0.120575 ",\ "0.060985 ,0.072345 ,0.07972 ,0.09164 ,0.104455 ,0.11955 ,0.12332 ",\ "0.043855 ,0.05821 ,0.06467 ,0.0718 ,0.07833 ,0.0863 ,0.0964 ",\ "0.0348 ,0.04635 ,0.05179 ,0.058325 ,0.065375 ,0.074965 ,0.087835 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.01446 ,0.022585 ,0.032845 ,0.052485 ,0.071585 ,0.09034 ,0.10889 ",\ "0.013995 ,0.02236 ,0.03271 ,0.052215 ,0.07089 ,0.089825 ,0.10856 ",\ "0.01488 ,0.023405 ,0.03367 ,0.052875 ,0.071085 ,0.088625 ,0.107075 ",\ "0.01765 ,0.026425 ,0.036495 ,0.055145 ,0.072765 ,0.089695 ,0.10607 ",\ "0.01928 ,0.02817 ,0.038175 ,0.056645 ,0.074105 ,0.090925 ,0.107225 "); } } timing() { related_pin : "RN" ; timing_sense : negative_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.04011 ,0.04761 ,0.057725 ,0.07716 ,0.095125 ,0.11304 ,0.130925 ",\ "0.06253 ,0.070485 ,0.07974 ,0.099115 ,0.11968 ,0.136705 ,0.15381 ",\ "0.08071 ,0.089955 ,0.098615 ,0.11578 ,0.134095 ,0.1536 ,0.17026 ",\ "0.101465 ,0.112295 ,0.120255 ,0.1353 ,0.151455 ,0.16878 ,0.18714 ",\ "0.11147 ,0.120895 ,0.12818 ,0.142895 ,0.159505 ,0.17791 ,0.197925 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.012525 ,0.026685 ,0.04583 ,0.084425 ,0.12309 ,0.1619 ,0.20079 ",\ "0.01309 ,0.02695 ,0.045825 ,0.08449 ,0.123885 ,0.16205 ,0.20031 ",\ "0.01394 ,0.027465 ,0.04603 ,0.084395 ,0.12408 ,0.16491 ,0.202795 ",\ "0.015785 ,0.02871 ,0.04659 ,0.084005 ,0.123215 ,0.164015 ,0.206295 ",\ "0.016735 ,0.0294 ,0.046895 ,0.083635 ,0.12228 ,0.1626 ,0.204475 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.0237 ,0.0237 ,0.0237 ,0.0237 ,0.0237 ,0.0237 ,0.0237 ",\ "0.03669 ,0.03669 ,0.03669 ,0.03669 ,0.03669 ,0.03669 ,0.03669 ",\ "0.05471 ,0.05471 ,0.05471 ,0.05471 ,0.05471 ,0.05471 ,0.05471 ",\ "0.091275 ,0.091275 ,0.091275 ,0.091275 ,0.091275 ,0.091275 ,0.091275 ",\ "0.10976 ,0.10976 ,0.10976 ,0.10976 ,0.10976 ,0.10976 ,0.10976 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.034705 ,0.034705 ,0.034705 ,0.034705 ,0.034705 ,0.034705 ,0.034705 ",\ "0.046745 ,0.046745 ,0.046745 ,0.046745 ,0.046745 ,0.046745 ,0.046745 ",\ "0.063895 ,0.063895 ,0.063895 ,0.063895 ,0.063895 ,0.063895 ,0.063895 ",\ "0.09986 ,0.09986 ,0.09986 ,0.09986 ,0.09986 ,0.09986 ,0.09986 ",\ "0.11861 ,0.11861 ,0.11861 ,0.11861 ,0.11861 ,0.11861 ,0.11861 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0.036995 ,0.036995 ,0.036995 ,0.036995 ,0.036995 ,0.036995 ,0.036995 ",\ "0.04852 ,0.04852 ,0.04852 ,0.04852 ,0.04852 ,0.04852 ,0.04852 ",\ "0.064455 ,0.064455 ,0.064455 ,0.064455 ,0.064455 ,0.064455 ,0.064455 ",\ "0.097495 ,0.097495 ,0.097495 ,0.097495 ,0.097495 ,0.097495 ,0.097495 ",\ "0.114575 ,0.114575 ,0.114575 ,0.114575 ,0.114575 ,0.114575 ,0.114575 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0052, 0.0206, 0.0411, 0.082, 0.123, 0.1639, 0.2049 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "RN" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2049 ; } pin(CLK) { direction : input ; clock : true ; capacitance : 0.004601 ; min_pulse_width_low : 1.062762 ; min_pulse_width_high : 1.062762 ; internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.03264 ,0.04699 ,0.06753 ,0.11018 ,0.13220 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02356 ,0.03585 ,0.05339 ,0.09000 ,0.10899 "); } } max_transition : 2.7273 ; } pin(D) { direction : input ; capacitance : 0.001915 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.08107 ,0.06205 ,0.06981 ,0.14008 ,0.17125 ",\ "0.08054 ,0.05566 ,0.05929 ,0.12903 ,0.16114 ",\ "0.05451 ,0.02155 ,0.02188 ,0.09523 ,0.12605 ",\ "-0.04273 ,-0.09045 ,-0.09506 ,-0.01288 ,0.01474 ",\ "-0.09175 ,-0.14489 ,-0.15427 ,-0.07397 ,-0.04391 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.17482 ,0.24367 ,0.32412 ,0.44912 ,0.49525 ",\ "0.24547 ,0.32388 ,0.40802 ,0.52893 ,0.57780 ",\ "0.33241 ,0.41634 ,0.51240 ,0.66105 ,0.71942 ",\ "0.47901 ,0.56737 ,0.69770 ,0.94273 ,1.02628 ",\ "0.53734 ,0.63438 ,0.77974 ,1.05458 ,1.14639 "); } } timing() { related_pin : "CLK" ; timing_type : hold_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.01033 ,0.00361 ,0.00079 ,-0.03962 ,-0.05661 ",\ "-0.00034 ,0.02017 ,0.01847 ,-0.03035 ,-0.04863 ",\ "0.02993 ,0.05753 ,0.05823 ,0.00267 ,-0.01792 ",\ "0.12524 ,0.16458 ,0.17163 ,0.10939 ,0.08239 ",\ "0.17784 ,0.22354 ,0.23378 ,0.16698 ,0.13606 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.07948 ,-0.11354 ,-0.14724 ,-0.18510 ,-0.19488 ",\ "-0.13813 ,-0.17593 ,-0.21603 ,-0.27124 ,-0.29190 ",\ "-0.20447 ,-0.25036 ,-0.30154 ,-0.38142 ,-0.41639 ",\ "-0.31378 ,-0.38005 ,-0.45879 ,-0.59392 ,-0.65595 ",\ "-0.36591 ,-0.44114 ,-0.53454 ,-0.70062 ,-0.77489 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00479 ,0.00727 ,0.01075 ,0.01809 ,0.02193 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00567 ,0.00808 ,0.01152 ,0.01883 ,0.02269 "); } } max_transition : 2.7273 ; } pin(RN) { direction : input ; capacitance : 0.003535 ; min_pulse_width_low : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.07272 ,0.04312 ,0.04537 ,0.11847 ,0.14965 ",\ "0.09408 ,0.06132 ,0.06138 ,0.13334 ,0.16357 ",\ "0.10012 ,0.06756 ,0.06448 ,0.12779 ,0.15751 ",\ "0.07081 ,0.04362 ,0.03578 ,0.07792 ,0.10678 ",\ "0.05447 ,0.02697 ,0.01872 ,0.05928 ,0.08653 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01166 ,0.03168 ,0.05957 ,0.11776 ,0.14801 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02038 ,0.04006 ,0.06758 ,0.12579 ,0.15645 "); } } max_transition : 2.7273 ; } ff("IQ", "IQN") { clocked_on : "CLK"; next_state : "D"; clear : "RN'"; } } cell(DFFSR_E) { area : 23 ; cell_footprint : DFFSR ; cell_leakage_power : 0.980019 ; scan_group : SDFFSR_E ; pin(Q) { direction : output ; function : "IQ" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.055495 ,0.0637 ,0.075385 ,0.09888 ,0.122185 ,0.14569 ,0.169315 ",\ "0.07115 ,0.079215 ,0.090465 ,0.114105 ,0.13836 ,0.162155 ,0.18611 ",\ "0.07662 ,0.08537 ,0.096545 ,0.119245 ,0.142125 ,0.165225 ,0.189805 ",\ "0.06374 ,0.07329 ,0.08416 ,0.106285 ,0.12876 ,0.151095 ,0.173015 ",\ "0.05489 ,0.0627 ,0.07244 ,0.09405 ,0.11739 ,0.141535 ,0.166055 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.013455 ,0.0317 ,0.05679 ,0.10677 ,0.156195 ,0.2058 ,0.255515 ",\ "0.013275 ,0.031215 ,0.055965 ,0.107715 ,0.16024 ,0.209135 ,0.258135 ",\ "0.01324 ,0.03101 ,0.055595 ,0.107085 ,0.16126 ,0.21647 ,0.26518 ",\ "0.01322 ,0.03072 ,0.054975 ,0.105685 ,0.158885 ,0.214365 ,0.27204 ",\ "0.01322 ,0.03058 ,0.05462 ,0.10472 ,0.15706 ,0.21142 ,0.26771 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.036575 ,0.043015 ,0.051625 ,0.067905 ,0.083295 ,0.098555 ,0.113735 ",\ "0.04168 ,0.04854 ,0.056845 ,0.073225 ,0.08932 ,0.1041 ,0.118785 ",\ "0.034635 ,0.04256 ,0.050845 ,0.06609 ,0.08078 ,0.095235 ,0.10949 ",\ "-0.003195 ,0.00553 ,0.01335 ,0.02743 ,0.04115 ,0.05486 ,0.06864 ",\ "-0.026215 ,-0.019265 ,-0.012635 ,0.000665 ,0.01498 ,0.030355 ,0.04674 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.00977 ,0.01988 ,0.03351 ,0.06136 ,0.08968 ,0.118155 ,0.146725 ",\ "0.01041 ,0.020195 ,0.033555 ,0.060955 ,0.088725 ,0.116305 ,0.143985 ",\ "0.01141 ,0.02081 ,0.033815 ,0.06105 ,0.08957 ,0.118555 ,0.14516 ",\ "0.01327 ,0.021945 ,0.03407 ,0.06022 ,0.088515 ,0.118735 ,0.150775 ",\ "0.014045 ,0.02239 ,0.03399 ,0.059195 ,0.086705 ,0.11628 ,0.147805 "); } } timing() { related_pin : "RN" ; timing_sense : positive_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.05462 ,0.060965 ,0.06956 ,0.085835 ,0.10116 ,0.11642 ,0.131635 ",\ "0.078295 ,0.084645 ,0.092515 ,0.109 ,0.12576 ,0.140795 ,0.155885 ",\ "0.098895 ,0.105805 ,0.11319 ,0.128115 ,0.143695 ,0.159605 ,0.174885 ",\ "0.124505 ,0.131885 ,0.138795 ,0.15262 ,0.16696 ,0.181535 ,0.196145 ",\ "0.134935 ,0.14104 ,0.14756 ,0.161535 ,0.17661 ,0.192305 ,0.20836 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.00937 ,0.01967 ,0.03342 ,0.061435 ,0.08991 ,0.118495 ,0.147135 ",\ "0.00947 ,0.019675 ,0.033395 ,0.061035 ,0.08887 ,0.117055 ,0.145305 ",\ "0.009605 ,0.0197 ,0.033375 ,0.061315 ,0.089855 ,0.11862 ,0.146435 ",\ "0.009925 ,0.01978 ,0.03319 ,0.06104 ,0.09007 ,0.12016 ,0.15125 ",\ "0.010125 ,0.019845 ,0.033025 ,0.060465 ,0.089145 ,0.118935 ,0.149765 "); } } timing() { related_pin : "S" ; timing_sense : positive_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.057915 ,0.06633 ,0.078135 ,0.101725 ,0.12504 ,0.14853 ,0.17212 ",\ "0.06913 ,0.077555 ,0.088995 ,0.113 ,0.1375 ,0.160815 ,0.184245 ",\ "0.073675 ,0.082565 ,0.09385 ,0.116905 ,0.140575 ,0.16453 ,0.187935 ",\ "0.06812 ,0.07758 ,0.08867 ,0.11098 ,0.13371 ,0.156685 ,0.179785 ",\ "0.062955 ,0.071575 ,0.0822 ,0.104325 ,0.12745 ,0.15126 ,0.17558 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.01269 ,0.031055 ,0.05636 ,0.10654 ,0.15591 ,0.205425 ,0.25503 ",\ "0.01259 ,0.030635 ,0.055545 ,0.107725 ,0.16068 ,0.209515 ,0.25844 ",\ "0.012565 ,0.03046 ,0.05521 ,0.106975 ,0.161415 ,0.2169 ,0.265685 ",\ "0.01252 ,0.03022 ,0.054715 ,0.10568 ,0.158855 ,0.21407 ,0.271245 ",\ "0.01249 ,0.0301 ,0.054455 ,0.104925 ,0.1573 ,0.211395 ,0.26714 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.03922 ,0.038355 ,0.037665 ,0.03652 ,0.03556 ,0.034765 ,0.03414 ",\ "0.05099 ,0.05009 ,0.04936 ,0.048155 ,0.04716 ,0.046355 ,0.045735 ",\ "0.067675 ,0.066735 ,0.06596 ,0.064675 ,0.06363 ,0.062805 ,0.06219 ",\ "0.10229 ,0.101355 ,0.10056 ,0.099225 ,0.09813 ,0.09726 ,0.096605 ",\ "0.12015 ,0.119265 ,0.118495 ,0.11719 ,0.1161 ,0.11521 ,0.11451 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.026395 ,0.02611 ,0.0259 ,0.025565 ,0.02529 ,0.02507 ,0.024895 ",\ "0.039875 ,0.039365 ,0.039005 ,0.03845 ,0.03803 ,0.037725 ,0.03754 ",\ "0.05858 ,0.05777 ,0.057215 ,0.056365 ,0.055745 ,0.05533 ,0.055115 ",\ "0.096505 ,0.095195 ,0.094275 ,0.09289 ,0.091895 ,0.09126 ,0.09097 ",\ "0.115665 ,0.11415 ,0.11307 ,0.11144 ,0.11027 ,0.109525 ,0.109195 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.04074 ,0.04044 ,0.0402 ,0.039785 ,0.039425 ,0.039105 ,0.038835 ",\ "0.051485 ,0.051165 ,0.05091 ,0.050475 ,0.050105 ,0.049785 ,0.049515 ",\ "0.066305 ,0.065955 ,0.065685 ,0.065225 ,0.064835 ,0.064505 ,0.06424 ",\ "0.096965 ,0.096555 ,0.09624 ,0.09572 ,0.095295 ,0.09495 ,0.09469 ",\ "0.112785 ,0.11234 ,0.112 ,0.11145 ,0.111 ,0.11065 ,0.110385 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0.03876 ,0.038155 ,0.037665 ,0.036845 ,0.03616 ,0.035595 ,0.035145 ",\ "0.049415 ,0.0488 ,0.0483 ,0.047465 ,0.046765 ,0.04619 ,0.04574 ",\ "0.06419 ,0.06357 ,0.06306 ,0.06221 ,0.0615 ,0.06092 ,0.06047 ",\ "0.094805 ,0.094175 ,0.093675 ,0.092835 ,0.092135 ,0.09155 ,0.09109 ",\ "0.11062 ,0.10999 ,0.109505 ,0.10869 ,0.108005 ,0.107425 ,0.106955 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0059, 0.0235, 0.0468, 0.0935, 0.1402, 0.187, 0.2337 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2337 ; } pin(QBAR) { direction : output ; function : "IQN" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.026935 ,0.0376 ,0.051335 ,0.075825 ,0.098375 ,0.120505 ,0.142405 ",\ "0.033405 ,0.045455 ,0.05866 ,0.084305 ,0.10827 ,0.129085 ,0.14963 ",\ "0.026495 ,0.04118 ,0.05444 ,0.07788 ,0.100685 ,0.12232 ,0.14163 ",\ "-0.013205 ,0.004825 ,0.018495 ,0.040665 ,0.061385 ,0.08209 ,0.103225 ",\ "-0.035955 ,-0.01942 ,-0.00625 ,0.01612 ,0.03817 ,0.061275 ,0.085875 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01472 ,0.033275 ,0.05742 ,0.106925 ,0.157295 ,0.20768 ,0.25808 ",\ "0.019685 ,0.037785 ,0.061515 ,0.10791 ,0.15506 ,0.20467 ,0.25436 ",\ "0.02632 ,0.043745 ,0.066705 ,0.112585 ,0.158015 ,0.20424 ,0.2526 ",\ "0.03785 ,0.05418 ,0.07549 ,0.119525 ,0.16485 ,0.21097 ,0.257645 ",\ "0.042575 ,0.058535 ,0.079 ,0.12177 ,0.166395 ,0.212285 ,0.259155 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.03923 ,0.049155 ,0.061435 ,0.079205 ,0.09246 ,0.104585 ,0.11608 ",\ "0.05692 ,0.067365 ,0.077905 ,0.09853 ,0.11554 ,0.125245 ,0.134345 ",\ "0.06349 ,0.075655 ,0.084935 ,0.10055 ,0.11678 ,0.13029 ,0.13691 ",\ "0.048815 ,0.062405 ,0.070385 ,0.081405 ,0.09186 ,0.103535 ,0.117035 ",\ "0.038855 ,0.049525 ,0.056625 ,0.067445 ,0.07887 ,0.09265 ,0.10942 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01497 ,0.025525 ,0.038615 ,0.06393 ,0.08871 ,0.113085 ,0.13724 ",\ "0.014685 ,0.0255 ,0.038745 ,0.06327 ,0.087225 ,0.111875 ,0.13631 ",\ "0.01572 ,0.026615 ,0.03974 ,0.064055 ,0.086795 ,0.109595 ,0.133745 ",\ "0.01875 ,0.02964 ,0.04248 ,0.066375 ,0.08899 ,0.110735 ,0.13177 ",\ "0.02049 ,0.03134 ,0.044075 ,0.06787 ,0.090575 ,0.112605 ,0.134115 "); } } timing() { related_pin : "RN" ; timing_sense : negative_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.04518 ,0.055465 ,0.068795 ,0.09311 ,0.1159 ,0.138375 ,0.160675 ",\ "0.06983 ,0.08038 ,0.09264 ,0.117505 ,0.14159 ,0.163325 ,0.18501 ",\ "0.090925 ,0.102365 ,0.113755 ,0.13615 ,0.159425 ,0.18236 ,0.20362 ",\ "0.11594 ,0.12785 ,0.138265 ,0.158575 ,0.179785 ,0.201815 ,0.224525 ",\ "0.126215 ,0.13625 ,0.14615 ,0.16661 ,0.188705 ,0.21218 ,0.236855 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01456 ,0.03289 ,0.057125 ,0.10661 ,0.15682 ,0.207125 ,0.257485 ",\ "0.015165 ,0.03334 ,0.05757 ,0.105905 ,0.15464 ,0.204325 ,0.25408 ",\ "0.016005 ,0.033835 ,0.05781 ,0.10652 ,0.155975 ,0.205385 ,0.25401 ",\ "0.018 ,0.03503 ,0.058125 ,0.106225 ,0.156545 ,0.208865 ,0.26309 ",\ "0.01916 ,0.035765 ,0.058245 ,0.105395 ,0.1551 ,0.20711 ,0.261305 "); } } timing() { related_pin : "S" ; timing_sense : negative_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.043755 ,0.05266 ,0.063455 ,0.07997 ,0.09314 ,0.1054 ,0.117145 ",\ "0.056125 ,0.065755 ,0.07552 ,0.094085 ,0.10982 ,0.12039 ,0.130455 ",\ "0.061265 ,0.07226 ,0.081235 ,0.09648 ,0.11186 ,0.12514 ,0.13341 ",\ "0.05458 ,0.06665 ,0.074885 ,0.08711 ,0.09852 ,0.11063 ,0.123965 ",\ "0.04874 ,0.05911 ,0.067035 ,0.07936 ,0.091385 ,0.1047 ,0.119895 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.013525 ,0.023385 ,0.03576 ,0.060475 ,0.0852 ,0.109715 ,0.1341 ",\ "0.01425 ,0.024265 ,0.036715 ,0.06001 ,0.0832 ,0.10764 ,0.131965 ",\ "0.01519 ,0.025225 ,0.03756 ,0.06088 ,0.082995 ,0.10536 ,0.12919 ",\ "0.0175 ,0.027435 ,0.039415 ,0.062485 ,0.085055 ,0.107325 ,0.129375 ",\ "0.018895 ,0.02872 ,0.0405 ,0.06336 ,0.08601 ,0.10865 ,0.131345 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.024895 ,0.024895 ,0.024895 ,0.024895 ,0.024895 ,0.024895 ,0.024895 ",\ "0.03754 ,0.03754 ,0.03754 ,0.03754 ,0.03754 ,0.03754 ,0.03754 ",\ "0.055115 ,0.055115 ,0.055115 ,0.055115 ,0.055115 ,0.055115 ,0.055115 ",\ "0.09097 ,0.09097 ,0.09097 ,0.09097 ,0.09097 ,0.09097 ,0.09097 ",\ "0.109195 ,0.109195 ,0.109195 ,0.109195 ,0.109195 ,0.109195 ,0.109195 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.03414 ,0.03414 ,0.03414 ,0.03414 ,0.03414 ,0.03414 ,0.03414 ",\ "0.045735 ,0.045735 ,0.045735 ,0.045735 ,0.045735 ,0.045735 ,0.045735 ",\ "0.06219 ,0.06219 ,0.06219 ,0.06219 ,0.06219 ,0.06219 ,0.06219 ",\ "0.096605 ,0.096605 ,0.096605 ,0.096605 ,0.096605 ,0.096605 ,0.096605 ",\ "0.11451 ,0.11451 ,0.11451 ,0.11451 ,0.11451 ,0.11451 ,0.11451 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.038835 ,0.038835 ,0.038835 ,0.038835 ,0.038835 ,0.038835 ,0.038835 ",\ "0.049515 ,0.049515 ,0.049515 ,0.049515 ,0.049515 ,0.049515 ,0.049515 ",\ "0.06424 ,0.06424 ,0.06424 ,0.06424 ,0.06424 ,0.06424 ,0.06424 ",\ "0.09469 ,0.09469 ,0.09469 ,0.09469 ,0.09469 ,0.09469 ,0.09469 ",\ "0.110385 ,0.110385 ,0.110385 ,0.110385 ,0.110385 ,0.110385 ,0.110385 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.035145 ,0.035145 ,0.035145 ,0.035145 ,0.035145 ,0.035145 ,0.035145 ",\ "0.04574 ,0.04574 ,0.04574 ,0.04574 ,0.04574 ,0.04574 ,0.04574 ",\ "0.06047 ,0.06047 ,0.06047 ,0.06047 ,0.06047 ,0.06047 ,0.06047 ",\ "0.09109 ,0.09109 ,0.09109 ,0.09109 ,0.09109 ,0.09109 ,0.09109 ",\ "0.106955 ,0.106955 ,0.106955 ,0.106955 ,0.106955 ,0.106955 ,0.106955 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2626 ; } pin(CLK) { direction : input ; clock : true ; capacitance : 0.004455 ; min_pulse_width_low : 1.062762 ; min_pulse_width_high : 1.062762 ; internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02117 ,0.03724 ,0.06017 ,0.10812 ,0.13305 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02518 ,0.04046 ,0.06213 ,0.10771 ,0.13154 "); } } max_transition : 2.7273 ; } pin(D) { direction : input ; capacitance : 0.001816 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.07518 ,0.05204 ,0.05132 ,0.09745 ,0.11457 ",\ "0.07740 ,0.04724 ,0.04294 ,0.09138 ,0.10885 ",\ "0.05137 ,0.01126 ,0.00412 ,0.06206 ,0.08089 ",\ "-0.05119 ,-0.10598 ,-0.11564 ,-0.03818 ,-0.01537 ",\ "-0.10165 ,-0.15730 ,-0.16851 ,-0.09248 ,-0.06797 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.15590 ,0.21576 ,0.26605 ,0.31866 ,0.34934 ",\ "0.23542 ,0.30332 ,0.36573 ,0.43763 ,0.47036 ",\ "0.32839 ,0.39612 ,0.48308 ,0.62954 ,0.68048 ",\ "0.48950 ,0.56189 ,0.70124 ,1.00419 ,1.10245 ",\ "0.56827 ,0.66813 ,0.82165 ,1.12123 ,1.22605 "); } } timing() { related_pin : "CLK" ; timing_type : hold_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.00698 ,0.00370 ,-0.00312 ,-0.05024 ,-0.06990 ",\ "0.00274 ,0.02058 ,0.01735 ,-0.03269 ,-0.05337 ",\ "0.03526 ,0.05977 ,0.06030 ,0.00792 ,-0.01467 ",\ "0.13763 ,0.17493 ,0.18236 ,0.12394 ,0.09637 ",\ "0.19162 ,0.23999 ,0.25215 ,0.18641 ,0.15622 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.07636 ,-0.10385 ,-0.12485 ,-0.13645 ,-0.13946 ",\ "-0.13561 ,-0.16623 ,-0.19768 ,-0.23744 ,-0.25052 ",\ "-0.20349 ,-0.24296 ,-0.29038 ,-0.36550 ,-0.39220 ",\ "-0.32077 ,-0.38466 ,-0.46513 ,-0.60412 ,-0.65960 ",\ "-0.38065 ,-0.45515 ,-0.54957 ,-0.71739 ,-0.78857 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00374 ,0.00622 ,0.00970 ,0.01698 ,0.02078 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00560 ,0.00796 ,0.01133 ,0.01846 ,0.02222 "); } } max_transition : 2.7273 ; } pin(RN) { direction : input ; capacitance : 0.002061 ; min_pulse_width_low : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.08416 ,0.06525 ,0.07726 ,0.16481 ,0.20615 ",\ "0.10485 ,0.08153 ,0.08989 ,0.17336 ,0.21193 ",\ "0.10583 ,0.08100 ,0.08628 ,0.16096 ,0.19436 ",\ "0.06111 ,0.03817 ,0.03926 ,0.09333 ,0.11608 ",\ "0.03915 ,0.01428 ,0.01204 ,0.05878 ,0.07855 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01311 ,0.03120 ,0.05644 ,0.10925 ,0.13676 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02044 ,0.03814 ,0.06297 ,0.11572 ,0.14360 "); } } max_transition : 2.7273 ; } pin(S) { direction : input ; capacitance : 0.001971 ; min_pulse_width_high : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.07076 ,0.10035 ,0.19272 ,0.45313 ,0.56474 ",\ "0.12216 ,0.15112 ,0.23832 ,0.48345 ,0.59023 ",\ "0.16426 ,0.19007 ,0.27141 ,0.50292 ,0.60397 ",\ "0.20312 ,0.22056 ,0.29210 ,0.50586 ,0.59747 ",\ "0.22407 ,0.23937 ,0.30611 ,0.50849 ,0.59611 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00857 ,0.02638 ,0.05143 ,0.10457 ,0.13263 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02486 ,0.04337 ,0.06914 ,0.12316 ,0.15138 "); } } max_transition : 2.7273 ; } ff("IQ", "IQN") { clocked_on : "CLK"; next_state : "D"; clear : "RN'"; preset : "S"; clear_preset_var1 : H; clear_preset_var2 : L; } } cell(DFFS_E) { area : 19 ; cell_footprint : DFFS ; cell_leakage_power : 0.885243 ; scan_group : SDFFS_E ; pin(Q) { direction : output ; function : "IQ" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.0594 ,0.067415 ,0.07897 ,0.10243 ,0.125885 ,0.149595 ,0.17345 ",\ "0.074305 ,0.082155 ,0.09333 ,0.11691 ,0.14114 ,0.16518 ,0.1894 ",\ "0.077665 ,0.08632 ,0.09751 ,0.120265 ,0.143115 ,0.16624 ,0.191105 ",\ "0.05947 ,0.06924 ,0.080185 ,0.10244 ,0.124995 ,0.147335 ,0.169185 ",\ "0.04858 ,0.056585 ,0.06624 ,0.08779 ,0.111165 ,0.13537 ,0.159935 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.01374 ,0.03183 ,0.056765 ,0.10654 ,0.15602 ,0.20572 ,0.25555 ",\ "0.013605 ,0.031355 ,0.055945 ,0.107505 ,0.15951 ,0.20841 ,0.257445 ",\ "0.01359 ,0.031135 ,0.055565 ,0.106975 ,0.161255 ,0.21576 ,0.26442 ",\ "0.013545 ,0.03075 ,0.05482 ,0.10549 ,0.158965 ,0.21498 ,0.273425 ",\ "0.013475 ,0.030515 ,0.05433 ,0.104325 ,0.15687 ,0.21168 ,0.26865 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.03763 ,0.044185 ,0.053055 ,0.06988 ,0.085915 ,0.101875 ,0.117785 ",\ "0.04891 ,0.05566 ,0.06399 ,0.080925 ,0.09778 ,0.113405 ,0.12902 ",\ "0.05095 ,0.058635 ,0.06673 ,0.08231 ,0.09788 ,0.113485 ,0.128995 ",\ "0.03346 ,0.04203 ,0.049605 ,0.06398 ,0.0785 ,0.09315 ,0.107845 ",\ "0.02181 ,0.02872 ,0.035285 ,0.049125 ,0.0643 ,0.080485 ,0.09746 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.00994 ,0.0208 ,0.035535 ,0.065615 ,0.096125 ,0.12681 ,0.1576 ",\ "0.01083 ,0.021295 ,0.035725 ,0.065515 ,0.095715 ,0.125535 ,0.15547 ",\ "0.01215 ,0.02216 ,0.036225 ,0.06588 ,0.09705 ,0.12845 ,0.15744 ",\ "0.014465 ,0.023665 ,0.03684 ,0.065405 ,0.09629 ,0.12918 ,0.163935 ",\ "0.01533 ,0.02419 ,0.03684 ,0.064425 ,0.094425 ,0.126485 ,0.16047 "); } } timing() { related_pin : "S" ; timing_sense : positive_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.05033 ,0.058895 ,0.070825 ,0.094495 ,0.11803 ,0.141705 ,0.165465 ",\ "0.057405 ,0.06613 ,0.077815 ,0.10208 ,0.12637 ,0.149755 ,0.17322 ",\ "0.056865 ,0.06623 ,0.077855 ,0.101285 ,0.125195 ,0.14902 ,0.17222 ",\ "0.042745 ,0.052905 ,0.064355 ,0.08699 ,0.10995 ,0.13326 ,0.15687 ",\ "0.03427 ,0.04362 ,0.054505 ,0.076745 ,0.099955 ,0.124 ,0.148795 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.01241 ,0.030865 ,0.05631 ,0.106685 ,0.15639 ,0.206245 ,0.256195 ",\ "0.01233 ,0.030475 ,0.055545 ,0.10802 ,0.160825 ,0.210105 ,0.25948 ",\ "0.012325 ,0.03033 ,0.055265 ,0.107325 ,0.16191 ,0.216695 ,0.26605 ",\ "0.012295 ,0.0301 ,0.05485 ,0.106205 ,0.15954 ,0.21466 ,0.271485 ",\ "0.01224 ,0.02995 ,0.05461 ,0.105575 ,0.158195 ,0.212265 ,0.267715 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.038565 ,0.03753 ,0.036825 ,0.03568 ,0.034715 ,0.033905 ,0.033235 ",\ "0.04872 ,0.047655 ,0.04692 ,0.045725 ,0.04473 ,0.04391 ,0.043255 ",\ "0.063225 ,0.062125 ,0.061345 ,0.060085 ,0.059045 ,0.058205 ,0.057555 ",\ "0.093515 ,0.092425 ,0.09161 ,0.090285 ,0.089195 ,0.088305 ,0.08762 ",\ "0.10924 ,0.108195 ,0.1074 ,0.106075 ,0.10497 ,0.104055 ,0.103325 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.02606 ,0.025785 ,0.025625 ,0.02538 ,0.025185 ,0.025025 ,0.02491 ",\ "0.040715 ,0.040185 ,0.03988 ,0.03943 ,0.0391 ,0.03887 ,0.03874 ",\ "0.060975 ,0.060125 ,0.05963 ,0.05891 ,0.0584 ,0.05807 ,0.05791 ",\ "0.10191 ,0.10054 ,0.09971 ,0.098505 ,0.09766 ,0.09713 ,0.096905 ",\ "0.122525 ,0.12095 ,0.11998 ,0.118565 ,0.117565 ,0.116935 ,0.116665 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0.035915 ,0.03537 ,0.03501 ,0.034425 ,0.033935 ,0.03353 ,0.033205 ",\ "0.04687 ,0.046305 ,0.045905 ,0.045265 ,0.04474 ,0.044315 ,0.04399 ",\ "0.06215 ,0.06157 ,0.061145 ,0.060455 ,0.059895 ,0.059455 ,0.059125 ",\ "0.09384 ,0.093265 ,0.092855 ,0.092185 ,0.091625 ,0.09117 ,0.090815 ",\ "0.110205 ,0.109655 ,0.10929 ,0.108685 ,0.108165 ,0.107715 ,0.10733 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0062, 0.0244, 0.0488, 0.0974, 0.1461, 0.1948, 0.2434 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2434 ; } pin(QBAR) { direction : output ; function : "IQN" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.0278 ,0.03821 ,0.051685 ,0.07613 ,0.09897 ,0.121515 ,0.143895 ",\ "0.03982 ,0.05161 ,0.064495 ,0.08995 ,0.114185 ,0.135725 ,0.157115 ",\ "0.041345 ,0.055905 ,0.06879 ,0.092185 ,0.11547 ,0.137975 ,0.1586 ",\ "0.02159 ,0.040075 ,0.05342 ,0.07565 ,0.09699 ,0.11844 ,0.14023 ",\ "0.01069 ,0.02799 ,0.04094 ,0.063365 ,0.085785 ,0.109115 ,0.133585 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.01473 ,0.03323 ,0.05751 ,0.107375 ,0.158145 ,0.208995 ,0.259895 ",\ "0.02001 ,0.037975 ,0.061805 ,0.10885 ,0.156765 ,0.206935 ,0.25722 ",\ "0.02674 ,0.04404 ,0.067145 ,0.113725 ,0.16017 ,0.20746 ,0.256675 ",\ "0.037895 ,0.05437 ,0.075935 ,0.12079 ,0.167135 ,0.21434 ,0.262115 ",\ "0.04227 ,0.05862 ,0.079365 ,0.122965 ,0.168595 ,0.21551 ,0.26335 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.04135 ,0.051695 ,0.064405 ,0.08269 ,0.09627 ,0.108655 ,0.12037 ",\ "0.05806 ,0.06919 ,0.080205 ,0.10159 ,0.119095 ,0.12893 ,0.138125 ",\ "0.062405 ,0.075725 ,0.085565 ,0.101895 ,0.11884 ,0.132795 ,0.139325 ",\ "0.04279 ,0.058355 ,0.06692 ,0.078295 ,0.088995 ,0.10103 ,0.115065 ",\ "0.03147 ,0.044195 ,0.05168 ,0.062405 ,0.07364 ,0.087325 ,0.10415 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.01633 ,0.02712 ,0.04063 ,0.066405 ,0.09139 ,0.115945 ,0.140265 ",\ "0.01604 ,0.02703 ,0.040565 ,0.06602 ,0.0907 ,0.11529 ,0.139645 ",\ "0.01685 ,0.02791 ,0.04125 ,0.066245 ,0.090105 ,0.113725 ,0.13764 ",\ "0.01946 ,0.030595 ,0.04352 ,0.067655 ,0.0908 ,0.11342 ,0.135685 ",\ "0.021065 ,0.032235 ,0.044985 ,0.068805 ,0.091765 ,0.11435 ,0.13673 "); } } timing() { related_pin : "S" ; timing_sense : negative_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.036205 ,0.044285 ,0.054175 ,0.06996 ,0.08316 ,0.0957 ,0.10786 ",\ "0.04437 ,0.053405 ,0.062425 ,0.079755 ,0.094945 ,0.106035 ,0.116775 ",\ "0.04414 ,0.054855 ,0.063245 ,0.077735 ,0.09249 ,0.105665 ,0.1149 ",\ "0.02855 ,0.040765 ,0.048385 ,0.060085 ,0.07155 ,0.08391 ,0.097495 ",\ "0.020045 ,0.03053 ,0.037515 ,0.04894 ,0.06091 ,0.074495 ,0.090035 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.01187 ,0.021475 ,0.03369 ,0.058535 ,0.08369 ,0.10875 ,0.133755 ",\ "0.012535 ,0.02219 ,0.03445 ,0.057825 ,0.081325 ,0.10614 ,0.130915 ",\ "0.01345 ,0.023015 ,0.035105 ,0.058595 ,0.08145 ,0.10453 ,0.1286 ",\ "0.015775 ,0.02507 ,0.036605 ,0.059705 ,0.08318 ,0.107055 ,0.131335 ",\ "0.01722 ,0.02635 ,0.037535 ,0.06017 ,0.08353 ,0.107635 ,0.132465 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.02491 ,0.02491 ,0.02491 ,0.02491 ,0.02491 ,0.02491 ,0.02491 ",\ "0.03874 ,0.03874 ,0.03874 ,0.03874 ,0.03874 ,0.03874 ,0.03874 ",\ "0.05791 ,0.05791 ,0.05791 ,0.05791 ,0.05791 ,0.05791 ,0.05791 ",\ "0.096905 ,0.096905 ,0.096905 ,0.096905 ,0.096905 ,0.096905 ,0.096905 ",\ "0.116665 ,0.116665 ,0.116665 ,0.116665 ,0.116665 ,0.116665 ,0.116665 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.033235 ,0.033235 ,0.033235 ,0.033235 ,0.033235 ,0.033235 ,0.033235 ",\ "0.043255 ,0.043255 ,0.043255 ,0.043255 ,0.043255 ,0.043255 ,0.043255 ",\ "0.057555 ,0.057555 ,0.057555 ,0.057555 ,0.057555 ,0.057555 ,0.057555 ",\ "0.08762 ,0.08762 ,0.08762 ,0.08762 ,0.08762 ,0.08762 ,0.08762 ",\ "0.103325 ,0.103325 ,0.103325 ,0.103325 ,0.103325 ,0.103325 ,0.103325 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0264, 0.0527, 0.1052, 0.1578, 0.2104, 0.263 "); values ("0.033205 ,0.033205 ,0.033205 ,0.033205 ,0.033205 ,0.033205 ,0.033205 ",\ "0.04399 ,0.04399 ,0.04399 ,0.04399 ,0.04399 ,0.04399 ,0.04399 ",\ "0.059125 ,0.059125 ,0.059125 ,0.059125 ,0.059125 ,0.059125 ,0.059125 ",\ "0.090815 ,0.090815 ,0.090815 ,0.090815 ,0.090815 ,0.090815 ,0.090815 ",\ "0.10733 ,0.10733 ,0.10733 ,0.10733 ,0.10733 ,0.10733 ,0.10733 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2630 ; } pin(CLK) { direction : input ; clock : true ; capacitance : 0.004471 ; min_pulse_width_low : 1.062762 ; min_pulse_width_high : 1.062762 ; internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.04829 ,0.06745 ,0.09357 ,0.14577 ,0.17179 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02522 ,0.03959 ,0.05991 ,0.10252 ,0.12475 "); } } max_transition : 2.7273 ; } pin(D) { direction : input ; capacitance : 0.002136 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.08046 ,0.05573 ,0.05349 ,0.10120 ,0.12283 ",\ "0.08153 ,0.05024 ,0.04725 ,0.10482 ,0.12851 ",\ "0.05812 ,0.01763 ,0.01379 ,0.08550 ,0.11173 ",\ "-0.03346 ,-0.08793 ,-0.09486 ,-0.00456 ,0.02811 ",\ "-0.08010 ,-0.13614 ,-0.14631 ,-0.05854 ,-0.02091 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.14663 ,0.13327 ,0.09591 ,-0.02180 ,-0.08931 ",\ "0.21954 ,0.21137 ,0.20335 ,0.16854 ,0.12649 ",\ "0.31032 ,0.32747 ,0.35133 ,0.38052 ,0.37418 ",\ "0.47218 ,0.55860 ,0.63673 ,0.73830 ,0.80041 ",\ "0.54449 ,0.65115 ,0.75989 ,0.92525 ,1.01531 "); } } timing() { related_pin : "CLK" ; timing_type : hold_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.00965 ,0.01058 ,0.01372 ,-0.01746 ,-0.02816 ",\ "-0.00409 ,0.02181 ,0.02652 ,-0.01168 ,-0.02545 ",\ "0.02260 ,0.05275 ,0.05838 ,0.01300 ,-0.00500 ",\ "0.11376 ,0.14971 ,0.15547 ,0.09465 ,0.06654 ",\ "0.16312 ,0.20525 ,0.21149 ,0.13777 ,0.10316 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.07036 ,-0.09826 ,-0.11904 ,-0.12877 ,-0.13074 ",\ "-0.12616 ,-0.15691 ,-0.18606 ,-0.21996 ,-0.23337 ",\ "-0.18925 ,-0.22829 ,-0.27201 ,-0.33873 ,-0.36597 ",\ "-0.29425 ,-0.35807 ,-0.43560 ,-0.56620 ,-0.62006 ",\ "-0.34554 ,-0.42203 ,-0.51506 ,-0.67465 ,-0.74344 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00446 ,0.00710 ,0.01079 ,0.01857 ,0.02265 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00622 ,0.00878 ,0.01244 ,0.02022 ,0.02433 "); } } max_transition : 2.7273 ; } pin(S) { direction : input ; capacitance : 0.003642 ; min_pulse_width_high : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.06234 ,0.07801 ,0.14384 ,0.34636 ,0.43866 ",\ "0.11611 ,0.12803 ,0.18691 ,0.37628 ,0.46635 ",\ "0.16183 ,0.16881 ,0.22269 ,0.40211 ,0.48432 ",\ "0.21069 ,0.20800 ,0.25546 ,0.42158 ,0.48483 ",\ "0.23862 ,0.23121 ,0.27137 ,0.42381 ,0.48309 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00711 ,0.02580 ,0.05205 ,0.10712 ,0.13588 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02443 ,0.04359 ,0.07030 ,0.12613 ,0.15520 "); } } max_transition : 2.7273 ; } ff("IQ", "IQN") { clocked_on : "CLK"; next_state : "D"; preset : "S"; } } cell(INVERT_A) { area : 3 ; cell_footprint : INVERT ; cell_leakage_power : 0.040184 ; pin(Z) { direction : output ; function : "(A)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0031, 0.0062, 0.0123, 0.0184, 0.0245, 0.0306 "); values ("0.024005 ,0.03347 ,0.04488 ,0.066035 ,0.08539 ,0.104795 ,0.12837 ",\ "0.059675 ,0.074775 ,0.090715 ,0.119145 ,0.1449 ,0.16843 ,0.18985 ",\ "0.094415 ,0.117145 ,0.13905 ,0.17676 ,0.210325 ,0.24069 ,0.26809 ",\ "0.15126 ,0.184615 ,0.21604 ,0.268945 ,0.314695 ,0.354705 ,0.389325 ",\ "0.18779 ,0.22143 ,0.255195 ,0.31291 ,0.362425 ,0.40483 ,0.44036 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0031, 0.0062, 0.0123, 0.0184, 0.0245, 0.0306 "); values ("0.02481 ,0.040615 ,0.061525 ,0.101925 ,0.140265 ,0.17934 ,0.22321 ",\ "0.053085 ,0.07018 ,0.09338 ,0.137995 ,0.17964 ,0.218165 ,0.253505 ",\ "0.085195 ,0.104415 ,0.13137 ,0.18304 ,0.230475 ,0.27335 ,0.31155 ",\ "0.144695 ,0.165055 ,0.19833 ,0.263125 ,0.32147 ,0.3723 ,0.41527 ",\ "0.17797 ,0.19584 ,0.230975 ,0.301125 ,0.36412 ,0.41818 ,0.462735 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0031, 0.0062, 0.0123, 0.0184, 0.0245, 0.0306 "); values ("0.004335 ,0.00988 ,0.01519 ,0.024625 ,0.033535 ,0.04217 ,0.050615 ",\ "-0.00984 ,0.00466 ,0.0154 ,0.03206 ,0.04666 ,0.060285 ,0.07324 ",\ "-0.045715 ,-0.019775 ,-0.002135 ,0.023575 ,0.04516 ,0.06473 ,0.0829 ",\ "-0.12887 ,-0.089195 ,-0.062125 ,-0.02305 ,0.009005 ,0.03722 ,0.062515 ",\ "-0.153505 ,-0.115565 ,-0.087785 ,-0.04611 ,-0.011535 ,0.01871 ,0.0454 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0031, 0.0062, 0.0123, 0.0184, 0.0245, 0.0306 "); values ("0.01797 ,0.02335 ,0.03003 ,0.04175 ,0.051285 ,0.06095 ,0.076175 ",\ "0.051795 ,0.059785 ,0.06961 ,0.087305 ,0.10254 ,0.11533 ,0.125665 ",\ "0.08954 ,0.101395 ,0.115545 ,0.14104 ,0.163245 ,0.182245 ,0.19804 ",\ "0.155785 ,0.174095 ,0.19589 ,0.234435 ,0.26688 ,0.293305 ,0.31368 ",\ "0.190735 ,0.21047 ,0.235035 ,0.27831 ,0.3137 ,0.341095 ,0.3604 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0031, 0.0062, 0.0123, 0.0184, 0.0245, 0.0306 "); values ("0.002335 ,0.002275 ,0.002245 ,0.00222 ,0.002205 ,0.002205 ,0.002215 ",\ "0.004895 ,0.004585 ,0.00442 ,0.004225 ,0.004095 ,0.004 ,0.003935 ",\ "0.00849 ,0.007885 ,0.00754 ,0.007125 ,0.006825 ,0.006605 ,0.006455 ",\ "0.01614 ,0.01512 ,0.01447 ,0.013595 ,0.01296 ,0.012495 ,0.012185 ",\ "0.02019 ,0.019055 ,0.018265 ,0.017165 ,0.01636 ,0.015775 ,0.0154 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0031, 0.0062, 0.0123, 0.0184, 0.0245, 0.0306 "); values ("0.000855 ,0.000795 ,0.000765 ,0.00073 ,0.000715 ,0.00071 ,0.000715 ",\ "0.003395 ,0.003145 ,0.002975 ,0.002735 ,0.002565 ,0.00244 ,0.00236 ",\ "0.006985 ,0.006545 ,0.00622 ,0.005745 ,0.00538 ,0.005105 ,0.004915 ",\ "0.01467 ,0.01409 ,0.013575 ,0.012755 ,0.012095 ,0.01157 ,0.011175 ",\ "0.01876 ,0.018225 ,0.017675 ,0.01675 ,0.015985 ,0.01536 ,0.01487 "); } related_pin : "A" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0306 ; } pin(A) { direction : input ; capacitance : 0.001397 ; max_transition : 2.7273 ; } } cell(INVERT_B) { area : 3 ; cell_footprint : INVERT ; cell_leakage_power : 0.068953 ; pin(Z) { direction : output ; function : "(A)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0058, 0.0115, 0.023, 0.0344, 0.0459, 0.0573 "); values ("0.02061 ,0.031145 ,0.043155 ,0.065155 ,0.086595 ,0.1109 ,0.135225 ",\ "0.04935 ,0.06785 ,0.085065 ,0.114695 ,0.14138 ,0.16588 ,0.188385 ",\ "0.073685 ,0.1027 ,0.126855 ,0.166575 ,0.201735 ,0.23386 ,0.263305 ",\ "0.108575 ,0.15162 ,0.1864 ,0.24252 ,0.29132 ,0.33508 ,0.374275 ",\ "0.135285 ,0.17847 ,0.21548 ,0.27657 ,0.329785 ,0.377035 ,0.41864 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0058, 0.0115, 0.023, 0.0344, 0.0459, 0.0573 "); values ("0.023655 ,0.041055 ,0.06329 ,0.10424 ,0.14433 ,0.192965 ,0.24168 ",\ "0.05423 ,0.07392 ,0.099345 ,0.146555 ,0.18866 ,0.22553 ,0.25709 ",\ "0.089935 ,0.112885 ,0.142965 ,0.19914 ,0.249425 ,0.293545 ,0.331335 ",\ "0.15701 ,0.18344 ,0.22142 ,0.293185 ,0.356675 ,0.410975 ,0.45567 ",\ "0.193065 ,0.218445 ,0.25911 ,0.336975 ,0.405165 ,0.46214 ,0.507285 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0058, 0.0115, 0.023, 0.0344, 0.0459, 0.0573 "); values ("0.007925 ,0.015575 ,0.023555 ,0.038305 ,0.052645 ,0.067195 ,0.081705 ",\ "0.003215 ,0.02026 ,0.03389 ,0.05613 ,0.076145 ,0.094995 ,0.11297 ",\ "-0.01906 ,0.009995 ,0.031005 ,0.063175 ,0.0909 ,0.11625 ,0.139805 ",\ "-0.07676 ,-0.033555 ,-0.00214 ,0.045605 ,0.08597 ,0.12195 ,0.154355 ",\ "-0.09205 ,-0.050815 ,-0.018185 ,0.033545 ,0.077905 ,0.11736 ,0.15254 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0058, 0.0115, 0.023, 0.0344, 0.0459, 0.0573 "); values ("0.01983 ,0.029035 ,0.040175 ,0.0591 ,0.07719 ,0.103175 ,0.129235 ",\ "0.05546 ,0.06803 ,0.08295 ,0.109215 ,0.131055 ,0.148475 ,0.161425 ",\ "0.09592 ,0.11347 ,0.133755 ,0.169875 ,0.20091 ,0.226915 ,0.247805 ",\ "0.16774 ,0.193565 ,0.223205 ,0.275415 ,0.31938 ,0.35506 ,0.382245 ",\ "0.205415 ,0.23325 ,0.266275 ,0.3241 ,0.371385 ,0.407825 ,0.4331 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0058, 0.0115, 0.023, 0.0344, 0.0459, 0.0573 "); values ("0.00305 ,0.002945 ,0.002895 ,0.002845 ,0.002825 ,0.00282 ,0.002835 ",\ "0.00695 ,0.00639 ,0.006105 ,0.005755 ,0.00551 ,0.00535 ,0.00526 ",\ "0.01241 ,0.011355 ,0.010775 ,0.01001 ,0.00946 ,0.009075 ,0.00884 ",\ "0.02403 ,0.022365 ,0.021265 ,0.019685 ,0.01851 ,0.017675 ,0.01716 ",\ "0.03018 ,0.028405 ,0.027085 ,0.0251 ,0.02361 ,0.022545 ,0.02189 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0058, 0.0115, 0.023, 0.0344, 0.0459, 0.0573 "); values ("0.001265 ,0.001145 ,0.001095 ,0.001045 ,0.00102 ,0.001015 ,0.001025 ",\ "0.00516 ,0.00459 ,0.00428 ,0.00388 ,0.0036 ,0.00341 ,0.0033 ",\ "0.01065 ,0.009645 ,0.00904 ,0.008205 ,0.00759 ,0.007145 ,0.006865 ",\ "0.02235 ,0.021085 ,0.020085 ,0.018525 ,0.0173 ,0.016375 ,0.015735 ",\ "0.028545 ,0.02746 ,0.026365 ,0.024515 ,0.02302 ,0.02186 ,0.021035 "); } related_pin : "A" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0573 ; } pin(A) { direction : input ; capacitance : 0.001569 ; max_transition : 2.7273 ; } } cell(INVERT_C) { area : 3 ; cell_footprint : INVERT ; cell_leakage_power : 0.069437 ; pin(Z) { direction : output ; function : "(A)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0242, 0.0483, 0.0725, 0.0966, 0.1207 "); values ("0.018555 ,0.029395 ,0.04202 ,0.066535 ,0.09061 ,0.114635 ,0.13865 ",\ "0.04406 ,0.06267 ,0.07956 ,0.109615 ,0.13848 ,0.167 ,0.195445 ",\ "0.06491 ,0.09409 ,0.117025 ,0.155075 ,0.190315 ,0.22444 ,0.25787 ",\ "0.092475 ,0.13592 ,0.16877 ,0.22142 ,0.26866 ,0.31324 ,0.35589 ",\ "0.11391 ,0.15736 ,0.1927 ,0.250895 ,0.303255 ,0.352335 ,0.39885 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0242, 0.0483, 0.0725, 0.0966, 0.1207 "); values ("0.023075 ,0.041245 ,0.06317 ,0.10213 ,0.15405 ,0.206155 ,0.258385 ",\ "0.054495 ,0.07569 ,0.10141 ,0.14644 ,0.182835 ,0.21924 ,0.280485 ",\ "0.091705 ,0.11672 ,0.14749 ,0.20346 ,0.251625 ,0.29141 ,0.322455 ",\ "0.16256 ,0.19129 ,0.23028 ,0.304205 ,0.37 ,0.426135 ,0.471805 ",\ "0.200405 ,0.227815 ,0.269545 ,0.350185 ,0.42169 ,0.48176 ,0.5293 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0242, 0.0483, 0.0725, 0.0966, 0.1207 "); values ("0.00806 ,0.016135 ,0.0254 ,0.04256 ,0.057705 ,0.07271 ,0.087645 ",\ "0.006015 ,0.022805 ,0.03689 ,0.06172 ,0.086445 ,0.10601 ,0.12512 ",\ "-0.011325 ,0.01696 ,0.03775 ,0.070645 ,0.10056 ,0.12971 ,0.15596 ",\ "-0.0599 ,-0.0175 ,0.013635 ,0.0611 ,0.101725 ,0.13903 ,0.1742 ",\ "-0.073555 ,-0.03264 ,0.000505 ,0.05308 ,0.098505 ,0.140045 ,0.17888 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0242, 0.0483, 0.0725, 0.0966, 0.1207 "); values ("0.01947 ,0.02926 ,0.04062 ,0.06034 ,0.087895 ,0.11561 ,0.14344 ",\ "0.05511 ,0.068485 ,0.08321 ,0.108215 ,0.12784 ,0.147585 ,0.18323 ",\ "0.09611 ,0.1149 ,0.134815 ,0.169685 ,0.19913 ,0.222925 ,0.240795 ",\ "0.170185 ,0.19722 ,0.22621 ,0.277925 ,0.322495 ,0.35926 ,0.387625 ",\ "0.209395 ,0.237725 ,0.26993 ,0.327955 ,0.3774 ,0.417095 ,0.44622 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0242, 0.0483, 0.0725, 0.0966, 0.1207 "); values ("0.005385 ,0.005175 ,0.005065 ,0.00494 ,0.004865 ,0.004845 ,0.00487 ",\ "0.01333 ,0.012275 ,0.01169 ,0.01088 ,0.01031 ,0.009935 ,0.009755 ",\ "0.02448 ,0.0225 ,0.021305 ,0.01959 ,0.01834 ,0.017485 ,0.01701 ",\ "0.04827 ,0.04518 ,0.042925 ,0.03946 ,0.03686 ,0.035035 ,0.03397 ",\ "0.06089 ,0.057625 ,0.054915 ,0.050615 ,0.047345 ,0.045035 ,0.04367 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0242, 0.0483, 0.0725, 0.0966, 0.1207 "); values ("0.002505 ,0.002265 ,0.002165 ,0.00205 ,0.00199 ,0.001975 ,0.002005 ",\ "0.010385 ,0.00925 ,0.00862 ,0.007745 ,0.00713 ,0.006725 ,0.006525 ",\ "0.021565 ,0.01954 ,0.01828 ,0.016445 ,0.015085 ,0.01415 ,0.01361 ",\ "0.045625 ,0.042975 ,0.04078 ,0.037265 ,0.03454 ,0.03254 ,0.031255 ",\ "0.05849 ,0.0561 ,0.053605 ,0.04938 ,0.04602 ,0.0435 ,0.04181 "); } related_pin : "A" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1207 ; } pin(A) { direction : input ; capacitance : 0.002184 ; max_transition : 2.7273 ; } } cell(INVERT_D) { area : 3 ; cell_footprint : INVERT ; cell_leakage_power : 0.121298 ; pin(Z) { direction : output ; function : "(A)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0191, 0.038, 0.076, 0.1139, 0.1519, 0.1898 "); values ("0.017425 ,0.028315 ,0.04177 ,0.0669 ,0.090475 ,0.113925 ,0.137315 ",\ "0.04126 ,0.05932 ,0.076605 ,0.10915 ,0.14068 ,0.1669 ,0.192765 ",\ "0.060495 ,0.08856 ,0.111495 ,0.150735 ,0.188845 ,0.22662 ,0.25653 ",\ "0.084505 ,0.126955 ,0.160035 ,0.212475 ,0.259575 ,0.30518 ,0.35063 ",\ "0.102905 ,0.14629 ,0.18273 ,0.24088 ,0.29209 ,0.34058 ,0.387945 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0191, 0.038, 0.076, 0.1139, 0.1519, 0.1898 "); values ("0.022695 ,0.04049 ,0.06184 ,0.106055 ,0.156675 ,0.207445 ,0.25831 ",\ "0.054955 ,0.07542 ,0.099745 ,0.1421 ,0.176055 ,0.23365 ,0.29155 ",\ "0.09362 ,0.117695 ,0.14644 ,0.198565 ,0.24322 ,0.279805 ,0.339645 ",\ "0.167425 ,0.19516 ,0.23173 ,0.30138 ,0.36394 ,0.417975 ,0.46281 ",\ "0.20632 ,0.232895 ,0.272565 ,0.34979 ,0.41934 ,0.4792 ,0.52851 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0191, 0.038, 0.076, 0.1139, 0.1519, 0.1898 "); values ("0.008085 ,0.01647 ,0.026815 ,0.04529 ,0.06101 ,0.076535 ,0.09196 ",\ "0.007275 ,0.023725 ,0.03855 ,0.066055 ,0.09315 ,0.11185 ,0.129995 ",\ "-0.00758 ,0.01968 ,0.04089 ,0.075345 ,0.10779 ,0.140815 ,0.163305 ",\ "-0.051495 ,-0.010215 ,0.02156 ,0.06947 ,0.11022 ,0.148345 ,0.185545 ",\ "-0.064495 ,-0.02379 ,0.010755 ,0.06401 ,0.10895 ,0.15034 ,0.190095 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0191, 0.038, 0.076, 0.1139, 0.1519, 0.1898 "); values ("0.01954 ,0.029675 ,0.04158 ,0.0662 ,0.094415 ,0.122755 ,0.151175 ",\ "0.055695 ,0.06883 ,0.08315 ,0.10781 ,0.127755 ,0.1612 ,0.194885 ",\ "0.097975 ,0.11595 ,0.134495 ,0.16724 ,0.19536 ,0.21868 ,0.256115 ",\ "0.174935 ,0.20054 ,0.22721 ,0.27518 ,0.31748 ,0.353715 ,0.38352 ",\ "0.21499 ,0.241845 ,0.27188 ,0.326545 ,0.374465 ,0.41497 ,0.447615 "); } } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0191, 0.038, 0.076, 0.1139, 0.1519, 0.1898 "); values ("0.007965 ,0.007625 ,0.007445 ,0.00721 ,0.00707 ,0.00702 ,0.007055 ",\ "0.020585 ,0.018995 ,0.018035 ,0.01665 ,0.01566 ,0.015025 ,0.01472 ",\ "0.038335 ,0.035365 ,0.033425 ,0.03053 ,0.028405 ,0.02696 ,0.026185 ",\ "0.076305 ,0.071705 ,0.06806 ,0.06231 ,0.057965 ,0.05493 ,0.053185 ",\ "0.09651 ,0.09165 ,0.08729 ,0.080195 ,0.074775 ,0.070955 ,0.06871 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0191, 0.038, 0.076, 0.1139, 0.1519, 0.1898 "); values ("0.003895 ,0.003525 ,0.003355 ,0.003155 ,0.003045 ,0.00302 ,0.003065 ",\ "0.01638 ,0.01462 ,0.01359 ,0.01212 ,0.01108 ,0.01041 ,0.0101 ",\ "0.034145 ,0.03099 ,0.02893 ,0.02585 ,0.023575 ,0.022025 ,0.021175 ",\ "0.072565 ,0.06834 ,0.064715 ,0.05884 ,0.054285 ,0.05097 ,0.04889 ",\ "0.093195 ,0.089295 ,0.08514 ,0.078085 ,0.07248 ,0.068295 ,0.06552 "); } related_pin : "A" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1898 ; } pin(A) { direction : input ; capacitance : 0.002852 ; max_transition : 2.7273 ; } } cell(INVERT_E) { area : 3 ; cell_footprint : INVERT ; cell_leakage_power : 0.146490 ; pin(Z) { direction : output ; function : "(A)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0063, 0.0249, 0.0498, 0.0994, 0.1491, 0.1987, 0.2484 "); values ("0.01737 ,0.028285 ,0.042185 ,0.067365 ,0.0906 ,0.1137 ,0.136725 ",\ "0.042405 ,0.06022 ,0.07781 ,0.112195 ,0.144415 ,0.169285 ,0.193745 ",\ "0.06371 ,0.09126 ,0.1143 ,0.15487 ,0.196075 ,0.23498 ,0.262105 ",\ "0.092465 ,0.134575 ,0.16758 ,0.219715 ,0.267545 ,0.315595 ,0.365475 ",\ "0.113125 ,0.156835 ,0.19334 ,0.250165 ,0.300215 ,0.34877 ,0.39781 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0063, 0.0249, 0.0498, 0.0994, 0.1491, 0.1987, 0.2484 "); values ("0.021565 ,0.039175 ,0.060605 ,0.10676 ,0.15594 ,0.2052 ,0.254505 ",\ "0.052305 ,0.072465 ,0.096425 ,0.138545 ,0.18158 ,0.2361 ,0.29075 ",\ "0.08929 ,0.113045 ,0.141105 ,0.19155 ,0.234675 ,0.279275 ,0.342735 ",\ "0.160065 ,0.187935 ,0.224075 ,0.29106 ,0.35003 ,0.400535 ,0.442385 ",\ "0.197125 ,0.224425 ,0.26439 ,0.33958 ,0.40578 ,0.46239 ,0.509255 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0063, 0.0249, 0.0498, 0.0994, 0.1491, 0.1987, 0.2484 "); values ("0.00665 ,0.014845 ,0.025475 ,0.042885 ,0.057385 ,0.071675 ,0.08585 ",\ "0.00318 ,0.01941 ,0.03446 ,0.063575 ,0.08966 ,0.106495 ,0.12273 ",\ "-0.01468 ,0.01227 ,0.03356 ,0.06875 ,0.103285 ,0.13473 ,0.15428 ",\ "-0.063725 ,-0.02261 ,0.009035 ,0.055875 ,0.09601 ,0.1347 ,0.17389 ",\ "-0.079275 ,-0.03829 ,-0.003885 ,0.047415 ,0.09037 ,0.130735 ,0.170745 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0063, 0.0249, 0.0498, 0.0994, 0.1491, 0.1987, 0.2484 "); values ("0.01846 ,0.027965 ,0.03941 ,0.063565 ,0.088975 ,0.114435 ,0.13993 ",\ "0.0535 ,0.066135 ,0.07978 ,0.10388 ,0.128185 ,0.157335 ,0.18653 ",\ "0.094155 ,0.11195 ,0.12969 ,0.1607 ,0.187775 ,0.215345 ,0.251595 ",\ "0.167745 ,0.19413 ,0.220335 ,0.265425 ,0.30425 ,0.33753 ,0.365445 ",\ "0.20628 ,0.234525 ,0.264655 ,0.316555 ,0.36052 ,0.39742 ,0.427545 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0063, 0.0249, 0.0498, 0.0994, 0.1491, 0.1987, 0.2484 "); values ("0.01037 ,0.009915 ,0.009685 ,0.009385 ,0.009215 ,0.00916 ,0.00921 ",\ "0.027035 ,0.02496 ,0.023715 ,0.021915 ,0.020635 ,0.01981 ,0.01943 ",\ "0.05044 ,0.04657 ,0.04405 ,0.04027 ,0.0375 ,0.035635 ,0.034655 ",\ "0.10042 ,0.09437 ,0.089615 ,0.0821 ,0.07645 ,0.072535 ,0.07033 ",\ "0.126975 ,0.12054 ,0.114825 ,0.105565 ,0.098525 ,0.093605 ,0.09078 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0063, 0.0249, 0.0498, 0.0994, 0.1491, 0.1987, 0.2484 "); values ("0.0048 ,0.00432 ,0.004115 ,0.003875 ,0.003755 ,0.00373 ,0.003805 ",\ "0.02125 ,0.019035 ,0.01771 ,0.01579 ,0.014415 ,0.01353 ,0.01312 ",\ "0.044675 ,0.040725 ,0.03807 ,0.03404 ,0.03105 ,0.029 ,0.02787 ",\ "0.095415 ,0.090195 ,0.08557 ,0.078 ,0.07212 ,0.06784 ,0.06514 ",\ "0.12269 ,0.11794 ,0.112685 ,0.10369 ,0.09654 ,0.091195 ,0.08765 "); } related_pin : "A" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2484 ; } pin(A) { direction : input ; capacitance : 0.003894 ; max_transition : 2.7273 ; } } cell(INVERT_F) { area : 3 ; cell_footprint : INVERT ; cell_leakage_power : 0.250283 ; pin(Z) { direction : output ; function : "(A)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_F_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0096, 0.0383, 0.0764, 0.1528, 0.2291, 0.3055, 0.3818 "); values ("0.016645 ,0.02788 ,0.04332 ,0.06743 ,0.09069 ,0.11381 ,0.136855 ",\ "0.040535 ,0.058155 ,0.077 ,0.11676 ,0.143985 ,0.168505 ,0.19264 ",\ "0.06081 ,0.087545 ,0.111475 ,0.15635 ,0.205015 ,0.232195 ,0.258535 ",\ "0.08784 ,0.12887 ,0.1621 ,0.216055 ,0.268415 ,0.323965 ,0.36096 ",\ "0.10725 ,0.15063 ,0.187135 ,0.24429 ,0.297005 ,0.35101 ,0.401065 "); } rise_transition(DELAY_DEF_F_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0096, 0.0383, 0.0764, 0.1528, 0.2291, 0.3055, 0.3818 "); values ("0.021365 ,0.039315 ,0.06184 ,0.11014 ,0.15866 ,0.207155 ,0.25564 ",\ "0.052635 ,0.07257 ,0.097065 ,0.1429 ,0.191885 ,0.24137 ,0.290755 ",\ "0.090855 ,0.11382 ,0.141585 ,0.194165 ,0.244715 ,0.29723 ,0.34951 ",\ "0.164295 ,0.19163 ,0.226055 ,0.289685 ,0.350025 ,0.408775 ,0.46746 ",\ "0.20206 ,0.230065 ,0.267995 ,0.336085 ,0.398225 ,0.456875 ,0.51485 "); } cell_fall(DELAY_DEF_F_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0096, 0.0383, 0.0764, 0.1528, 0.2291, 0.3055, 0.3818 "); values ("0.006605 ,0.015285 ,0.02774 ,0.04367 ,0.0585 ,0.07314 ,0.087685 ",\ "0.00379 ,0.020055 ,0.036485 ,0.071065 ,0.09124 ,0.10832 ,0.124885 ",\ "-0.012615 ,0.013865 ,0.03605 ,0.074905 ,0.115515 ,0.136495 ,0.156395 ",\ "-0.058495 ,-0.018085 ,0.01377 ,0.06171 ,0.104835 ,0.14854 ,0.17872 ",\ "-0.073115 ,-0.03226 ,0.002185 ,0.05373 ,0.098855 ,0.143485 ,0.18437 "); } fall_transition(DELAY_DEF_F_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0096, 0.0383, 0.0764, 0.1528, 0.2291, 0.3055, 0.3818 "); values ("0.01846 ,0.028325 ,0.04075 ,0.066355 ,0.091975 ,0.117575 ,0.14316 ",\ "0.05372 ,0.06638 ,0.080825 ,0.10809 ,0.134815 ,0.16129 ,0.18763 ",\ "0.095075 ,0.112545 ,0.13077 ,0.164185 ,0.19676 ,0.22659 ,0.256065 ",\ "0.17043 ,0.19672 ,0.2229 ,0.266965 ,0.306965 ,0.34536 ,0.3823 ",\ "0.209565 ,0.238595 ,0.2687 ,0.317045 ,0.358085 ,0.395185 ,0.431425 "); } } internal_power() { rise_power(POWER_DEF_F_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0096, 0.0383, 0.0764, 0.1528, 0.2291, 0.3055, 0.3818 "); values ("0.015385 ,0.014685 ,0.014285 ,0.013755 ,0.013435 ,0.01332 ,0.01339 ",\ "0.041565 ,0.038445 ,0.036435 ,0.033445 ,0.031305 ,0.02994 ,0.02932 ",\ "0.078355 ,0.072575 ,0.068545 ,0.062365 ,0.057815 ,0.05476 ,0.05317 ",\ "0.157055 ,0.148055 ,0.140525 ,0.12844 ,0.119305 ,0.11297 ,0.109395 ",\ "0.19893 ,0.18937 ,0.180365 ,0.16557 ,0.15427 ,0.14634 ,0.141755 "); } fall_power(POWER_DEF_F_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0096, 0.0383, 0.0764, 0.1528, 0.2291, 0.3055, 0.3818 "); values ("0.007435 ,0.0067 ,0.006355 ,0.005935 ,0.00571 ,0.00565 ,0.00575 ",\ "0.033175 ,0.029755 ,0.027635 ,0.024505 ,0.022265 ,0.020815 ,0.020145 ",\ "0.069915 ,0.0638 ,0.059555 ,0.05302 ,0.048165 ,0.04484 ,0.043015 ",\ "0.149835 ,0.14163 ,0.134175 ,0.12188 ,0.11231 ,0.10534 ,0.10095 ",\ "0.192955 ,0.185365 ,0.176835 ,0.16219 ,0.150525 ,0.1418 ,0.136 "); } related_pin : "A" ; } min_capacitance : 0.0001 ; max_capacitance : 0.3818 ; } pin(A) { direction : input ; capacitance : 0.005319 ; max_transition : 2.7273 ; } } cell(INVERT_H) { area : 3 ; cell_footprint : INVERT ; cell_leakage_power : 0.328630 ; pin(Z) { direction : output ; function : "(A)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_H_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0118, 0.047, 0.094, 0.1878, 0.2817, 0.3755, 0.4694 "); values ("0.01621 ,0.027495 ,0.04321 ,0.066305 ,0.08907 ,0.111705 ,0.134275 ",\ "0.03949 ,0.056805 ,0.07616 ,0.11693 ,0.141665 ,0.16572 ,0.189425 ",\ "0.05927 ,0.08526 ,0.109305 ,0.156205 ,0.200695 ,0.22738 ,0.253315 ",\ "0.085715 ,0.1255 ,0.15809 ,0.212545 ,0.267555 ,0.32175 ,0.352155 ",\ "0.104765 ,0.14698 ,0.18245 ,0.239475 ,0.294555 ,0.35303 ,0.392905 "); } rise_transition(DELAY_DEF_H_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0118, 0.047, 0.094, 0.1878, 0.2817, 0.3755, 0.4694 "); values ("0.02127 ,0.0393 ,0.062415 ,0.11066 ,0.15878 ,0.206855 ,0.2549 ",\ "0.05293 ,0.072775 ,0.097715 ,0.146165 ,0.19418 ,0.24194 ,0.289565 ",\ "0.09177 ,0.114375 ,0.14239 ,0.19776 ,0.25209 ,0.30099 ,0.349595 ",\ "0.166875 ,0.1936 ,0.227315 ,0.29165 ,0.357075 ,0.422205 ,0.47346 ",\ "0.20581 ,0.23336 ,0.269815 ,0.33627 ,0.40083 ,0.46657 ,0.522955 "); } cell_fall(DELAY_DEF_H_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0118, 0.047, 0.094, 0.1878, 0.2817, 0.3755, 0.4694 "); values ("0.00649 ,0.015405 ,0.028265 ,0.04344 ,0.05818 ,0.072745 ,0.087225 ",\ "0.003865 ,0.02004 ,0.03714 ,0.072695 ,0.090655 ,0.107705 ,0.12429 ",\ "-0.01196 ,0.014085 ,0.03649 ,0.077095 ,0.113995 ,0.135055 ,0.15516 ",\ "-0.05633 ,-0.0167 ,0.01471 ,0.06279 ,0.10743 ,0.14992 ,0.17668 ",\ "-0.07037 ,-0.030225 ,0.00353 ,0.05499 ,0.10176 ,0.149435 ,0.183845 "); } fall_transition(DELAY_DEF_H_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0118, 0.047, 0.094, 0.1878, 0.2817, 0.3755, 0.4694 "); values ("0.018385 ,0.028205 ,0.040845 ,0.06613 ,0.09131 ,0.11645 ,0.14157 ",\ "0.0538 ,0.06634 ,0.081055 ,0.109505 ,0.135035 ,0.16022 ,0.18524 ",\ "0.095425 ,0.11265 ,0.131135 ,0.1661 ,0.199455 ,0.226865 ,0.25387 ",\ "0.171635 ,0.197545 ,0.223585 ,0.26774 ,0.30975 ,0.3505 ,0.38237 ",\ "0.211445 ,0.24019 ,0.26978 ,0.316635 ,0.357655 ,0.39686 ,0.432335 "); } } internal_power() { rise_power(POWER_DEF_H_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0118, 0.047, 0.094, 0.1878, 0.2817, 0.3755, 0.4694 "); values ("0.01905 ,0.01816 ,0.01765 ,0.016955 ,0.01654 ,0.01638 ,0.016475 ",\ "0.052365 ,0.04848 ,0.04589 ,0.042 ,0.039215 ,0.037435 ,0.03664 ",\ "0.099175 ,0.09201 ,0.086835 ,0.07883 ,0.07293 ,0.068975 ,0.066935 ",\ "0.199285 ,0.18818 ,0.1786 ,0.163115 ,0.151385 ,0.14324 ,0.13863 ",\ "0.25254 ,0.240775 ,0.229375 ,0.210535 ,0.1961 ,0.185935 ,0.180015 "); } fall_power(POWER_DEF_H_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0118, 0.047, 0.094, 0.1878, 0.2817, 0.3755, 0.4694 "); values ("0.00941 ,0.00847 ,0.00803 ,0.007475 ,0.00717 ,0.007085 ,0.007205 ",\ "0.04215 ,0.037845 ,0.035115 ,0.03105 ,0.02814 ,0.026265 ,0.02541 ",\ "0.088865 ,0.08119 ,0.075735 ,0.06729 ,0.061005 ,0.056715 ,0.054385 ",\ "0.19044 ,0.180125 ,0.170605 ,0.15484 ,0.14254 ,0.13357 ,0.1279 ",\ "0.24522 ,0.235655 ,0.2248 ,0.206115 ,0.191175 ,0.17995 ,0.172425 "); } related_pin : "A" ; } min_capacitance : 0.0001 ; max_capacitance : 0.4694 ; } pin(A) { direction : input ; capacitance : 0.006295 ; max_transition : 2.7273 ; } } cell(LATSR_E) { area : 17 ; cell_footprint : LATSR ; cell_leakage_power : 0.816520 ; pin(Q) { direction : output ; function : "IQ" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.02973 ,0.04063 ,0.054375 ,0.079905 ,0.102885 ,0.125485 ,0.14788 ",\ "0.036645 ,0.049915 ,0.063465 ,0.089175 ,0.115135 ,0.136415 ,0.157425 ",\ "0.027285 ,0.04454 ,0.05858 ,0.082425 ,0.10519 ,0.128035 ,0.14816 ",\ "-0.021515 ,0.000775 ,0.01577 ,0.038695 ,0.059575 ,0.08023 ,0.101205 ",\ "-0.04801 ,-0.02754 ,-0.01315 ,0.00983 ,0.03189 ,0.0548 ,0.079115 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.016015 ,0.034745 ,0.059145 ,0.108715 ,0.16017 ,0.211705 ,0.263285 ",\ "0.0233 ,0.041545 ,0.065495 ,0.11239 ,0.15801 ,0.20893 ,0.259985 ",\ "0.032235 ,0.049845 ,0.072995 ,0.119395 ,0.165305 ,0.21031 ,0.259485 ",\ "0.04664 ,0.06347 ,0.08491 ,0.129335 ,0.17502 ,0.221235 ,0.26764 ",\ "0.05223 ,0.068905 ,0.08943 ,0.132405 ,0.177145 ,0.222795 ,0.26894 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.036955 ,0.04663 ,0.05831 ,0.07695 ,0.08947 ,0.100965 ,0.11188 ",\ "0.049985 ,0.06101 ,0.07086 ,0.08989 ,0.110795 ,0.118615 ,0.125865 ",\ "0.04912 ,0.06288 ,0.07134 ,0.084665 ,0.099015 ,0.11603 ,0.12132 ",\ "0.02275 ,0.03905 ,0.046235 ,0.05409 ,0.06175 ,0.071665 ,0.084645 ",\ "0.009865 ,0.02294 ,0.02944 ,0.037105 ,0.045485 ,0.05726 ,0.073425 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.014375 ,0.024535 ,0.03702 ,0.060955 ,0.084825 ,0.1083 ,0.131555 ",\ "0.0153 ,0.025545 ,0.03801 ,0.06098 ,0.08245 ,0.105735 ,0.128815 ",\ "0.017055 ,0.027215 ,0.03939 ,0.06212 ,0.08362 ,0.10426 ,0.12632 ",\ "0.021205 ,0.031065 ,0.04252 ,0.064355 ,0.085755 ,0.10703 ,0.12828 ",\ "0.023555 ,0.03323 ,0.044285 ,0.06553 ,0.08665 ,0.107925 ,0.129435 "); } } timing() { related_pin : "D" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.03569 ,0.046555 ,0.060335 ,0.085165 ,0.108255 ,0.13093 ,0.15337 ",\ "0.0509 ,0.063055 ,0.076385 ,0.102225 ,0.12673 ,0.14887 ,0.170805 ",\ "0.059825 ,0.07421 ,0.087535 ,0.111655 ,0.135265 ,0.158205 ,0.17993 ",\ "0.056835 ,0.074125 ,0.08811 ,0.111875 ,0.134235 ,0.15612 ,0.177775 ",\ "0.05142 ,0.067845 ,0.08204 ,0.10686 ,0.130765 ,0.1547 ,0.178935 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.01549 ,0.034275 ,0.05861 ,0.10903 ,0.160635 ,0.212305 ,0.264005 ",\ "0.01923 ,0.038025 ,0.062545 ,0.109895 ,0.158365 ,0.21047 ,0.262675 ",\ "0.024335 ,0.04302 ,0.0675 ,0.115645 ,0.162275 ,0.210375 ,0.262745 ",\ "0.03425 ,0.05296 ,0.07715 ,0.125865 ,0.174395 ,0.222235 ,0.26915 ",\ "0.0389 ,0.057815 ,0.081795 ,0.13034 ,0.179045 ,0.227305 ,0.27483 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.043725 ,0.05411 ,0.066245 ,0.083655 ,0.09664 ,0.108395 ,0.11946 ",\ "0.070205 ,0.08196 ,0.09294 ,0.11356 ,0.130425 ,0.140565 ,0.15007 ",\ "0.09649 ,0.110505 ,0.120785 ,0.1378 ,0.155195 ,0.169845 ,0.178005 ",\ "0.132275 ,0.14921 ,0.160015 ,0.17506 ,0.18829 ,0.20178 ,0.21624 ",\ "0.146 ,0.162275 ,0.17428 ,0.19123 ,0.20573 ,0.22029 ,0.235835 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.016885 ,0.026755 ,0.03883 ,0.0623 ,0.085455 ,0.10822 ,0.13077 ",\ "0.02167 ,0.03155 ,0.043435 ,0.065135 ,0.086415 ,0.109275 ,0.131975 ",\ "0.027925 ,0.037815 ,0.04946 ,0.07092 ,0.090665 ,0.11061 ,0.13345 ",\ "0.03927 ,0.04933 ,0.06065 ,0.081925 ,0.102025 ,0.120995 ,0.138815 ",\ "0.0442 ,0.054435 ,0.065705 ,0.08709 ,0.107555 ,0.127095 ,0.145655 "); } } timing() { related_pin : "RN" ; timing_sense : positive_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.05004 ,0.060115 ,0.071765 ,0.090135 ,0.102695 ,0.114125 ,0.124925 ",\ "0.09554 ,0.10735 ,0.11749 ,0.136475 ,0.15672 ,0.166465 ,0.17572 ",\ "0.139085 ,0.154235 ,0.163535 ,0.1783 ,0.19344 ,0.21025 ,0.21967 ",\ "0.1946 ,0.213495 ,0.22318 ,0.23586 ,0.24719 ,0.25893 ,0.271585 ",\ "0.218445 ,0.234625 ,0.24491 ,0.25956 ,0.272965 ,0.287105 ,0.30264 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.017745 ,0.02714 ,0.03877 ,0.061405 ,0.08438 ,0.107085 ,0.12964 ",\ "0.026115 ,0.03475 ,0.04548 ,0.065785 ,0.085035 ,0.106775 ,0.128475 ",\ "0.03581 ,0.04347 ,0.052955 ,0.07187 ,0.090645 ,0.10911 ,0.129155 ",\ "0.04969 ,0.055545 ,0.062605 ,0.07875 ,0.09688 ,0.11635 ,0.13686 ",\ "0.054325 ,0.059245 ,0.06509 ,0.079845 ,0.097635 ,0.117575 ,0.139255 "); } } timing() { related_pin : "S" ; timing_sense : positive_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.03913 ,0.049345 ,0.062605 ,0.08782 ,0.110925 ,0.13386 ,0.1567 ",\ "0.065695 ,0.077695 ,0.090365 ,0.11554 ,0.14169 ,0.16404 ,0.18636 ",\ "0.081155 ,0.096755 ,0.10959 ,0.132835 ,0.15598 ,0.17948 ,0.201845 ",\ "0.08085 ,0.101135 ,0.114805 ,0.13768 ,0.159835 ,0.182005 ,0.20427 ",\ "0.080015 ,0.09801 ,0.11115 ,0.134655 ,0.15865 ,0.183665 ,0.209725 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.016525 ,0.0347 ,0.058795 ,0.10819 ,0.159225 ,0.21047 ,0.26183 ",\ "0.02403 ,0.04157 ,0.06516 ,0.11221 ,0.15904 ,0.209935 ,0.261055 ",\ "0.0326 ,0.049485 ,0.07241 ,0.119195 ,0.166075 ,0.21242 ,0.262995 ",\ "0.04554 ,0.06167 ,0.08322 ,0.128865 ,0.176275 ,0.224405 ,0.27279 ",\ "0.050415 ,0.066355 ,0.08713 ,0.13183 ,0.178925 ,0.22718 ,0.276015 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.02891 ,0.028595 ,0.028375 ,0.02801 ,0.02769 ,0.027415 ,0.02718 ",\ "0.04388 ,0.043435 ,0.04312 ,0.042615 ,0.042205 ,0.041885 ,0.04165 ",\ "0.064785 ,0.06416 ,0.063725 ,0.063035 ,0.062505 ,0.06212 ,0.061875 ",\ "0.108215 ,0.107255 ,0.1066 ,0.10559 ,0.10484 ,0.104315 ,0.10402 ",\ "0.13069 ,0.129575 ,0.12882 ,0.127675 ,0.126825 ,0.126235 ,0.1259 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.044705 ,0.043795 ,0.04311 ,0.04201 ,0.041135 ,0.040465 ,0.04 ",\ "0.059405 ,0.05834 ,0.057565 ,0.05633 ,0.05537 ,0.054655 ,0.054175 ",\ "0.079925 ,0.07867 ,0.077765 ,0.076355 ,0.07527 ,0.07448 ,0.073985 ",\ "0.12269 ,0.12107 ,0.119905 ,0.1181 ,0.116745 ,0.115805 ,0.115275 ",\ "0.144885 ,0.143105 ,0.1418 ,0.13978 ,0.13828 ,0.13726 ,0.136715 "); } related_pin : "D" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.028295 ,0.02799 ,0.02779 ,0.02748 ,0.02723 ,0.027035 ,0.02689 ",\ "0.049335 ,0.04869 ,0.048275 ,0.047655 ,0.047205 ,0.046895 ,0.046735 ",\ "0.077695 ,0.07664 ,0.075955 ,0.07495 ,0.074235 ,0.07378 ,0.073585 ",\ "0.134005 ,0.1323 ,0.13118 ,0.129515 ,0.12834 ,0.12761 ,0.127305 ",\ "0.16191 ,0.159975 ,0.158685 ,0.156755 ,0.15538 ,0.154515 ,0.154145 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.03604 ,0.035275 ,0.034725 ,0.03384 ,0.03313 ,0.032575 ,0.032175 ",\ "0.052015 ,0.051175 ,0.050545 ,0.04954 ,0.048755 ,0.04817 ,0.047785 ",\ "0.07397 ,0.07306 ,0.072355 ,0.07123 ,0.07037 ,0.069745 ,0.06936 ",\ "0.118315 ,0.11738 ,0.116675 ,0.11554 ,0.114645 ,0.113975 ,0.113525 ",\ "0.14065 ,0.13977 ,0.13913 ,0.1381 ,0.13726 ,0.13658 ,0.13606 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.040975 ,0.040035 ,0.039315 ,0.03815 ,0.037225 ,0.03651 ,0.03601 ",\ "0.05657 ,0.05528 ,0.05434 ,0.052865 ,0.051725 ,0.0509 ,0.05038 ",\ "0.077625 ,0.075925 ,0.07472 ,0.072855 ,0.071455 ,0.070485 ,0.069935 ",\ "0.119655 ,0.11738 ,0.115725 ,0.113185 ,0.111325 ,0.110095 ,0.109485 ",\ "0.140605 ,0.138165 ,0.13633 ,0.1335 ,0.13144 ,0.130095 ,0.12946 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0.02931 ,0.02901 ,0.028795 ,0.02844 ,0.028135 ,0.02788 ,0.02767 ",\ "0.049065 ,0.048425 ,0.047965 ,0.04724 ,0.0467 ,0.046315 ,0.046095 ",\ "0.07639 ,0.07536 ,0.07461 ,0.07346 ,0.07262 ,0.07207 ,0.07181 ",\ "0.132475 ,0.13092 ,0.129775 ,0.12802 ,0.126735 ,0.12589 ,0.125475 ",\ "0.161185 ,0.15949 ,0.158245 ,0.156315 ,0.15488 ,0.153905 ,0.153375 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0067, 0.0265, 0.0529, 0.1057, 0.1584, 0.2112, 0.264 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2640 ; } pin(QBAR) { direction : output ; function : "IQN" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.046425 ,0.054815 ,0.066775 ,0.091205 ,0.115125 ,0.13923 ,0.16344 ",\ "0.057605 ,0.065875 ,0.07753 ,0.101815 ,0.126985 ,0.15107 ,0.17513 ",\ "0.055685 ,0.06482 ,0.076535 ,0.10003 ,0.12364 ,0.147305 ,0.17114 ",\ "0.03055 ,0.040965 ,0.052425 ,0.0751 ,0.09812 ,0.12142 ,0.144915 ",\ "0.0184 ,0.027125 ,0.03721 ,0.05881 ,0.082205 ,0.10696 ,0.132835 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.012385 ,0.030835 ,0.056585 ,0.108325 ,0.15776 ,0.20737 ,0.257075 ",\ "0.01229 ,0.030355 ,0.055565 ,0.10896 ,0.16592 ,0.21577 ,0.26498 ",\ "0.012375 ,0.03031 ,0.05534 ,0.107885 ,0.16325 ,0.221245 ,0.27437 ",\ "0.01255 ,0.03036 ,0.055335 ,0.10708 ,0.160555 ,0.215535 ,0.271935 ",\ "0.0126 ,0.030375 ,0.055415 ,0.10708 ,0.16014 ,0.21433 ,0.269565 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.038855 ,0.04546 ,0.05446 ,0.072175 ,0.08872 ,0.105225 ,0.121695 ",\ "0.04573 ,0.052775 ,0.0614 ,0.078675 ,0.096435 ,0.112605 ,0.128595 ",\ "0.03744 ,0.04591 ,0.054535 ,0.07055 ,0.086135 ,0.10154 ,0.11701 ",\ "-0.00814 ,0.001635 ,0.00965 ,0.024245 ,0.03885 ,0.053675 ,0.068725 ",\ "-0.034185 ,-0.02677 ,-0.02045 ,-0.007095 ,0.00809 ,0.02488 ,0.04308 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.009695 ,0.02062 ,0.035625 ,0.06619 ,0.09654 ,0.127065 ,0.15769 ",\ "0.010755 ,0.021205 ,0.035725 ,0.06607 ,0.097755 ,0.128035 ,0.15764 ",\ "0.012135 ,0.02214 ,0.0362 ,0.065965 ,0.09745 ,0.13043 ,0.162445 ",\ "0.014155 ,0.023455 ,0.036625 ,0.065005 ,0.09558 ,0.12808 ,0.162385 ",\ "0.01469 ,0.02374 ,0.036455 ,0.06398 ,0.093795 ,0.12562 ,0.159315 "); } } timing() { related_pin : "D" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.05345 ,0.06203 ,0.074025 ,0.098035 ,0.12189 ,0.145865 ,0.16991 ",\ "0.0791 ,0.087025 ,0.098425 ,0.12249 ,0.14718 ,0.171585 ,0.196165 ",\ "0.10463 ,0.112345 ,0.123335 ,0.146575 ,0.170515 ,0.19494 ,0.220405 ",\ "0.140675 ,0.148575 ,0.15928 ,0.182165 ,0.20574 ,0.22922 ,0.25224 ",\ "0.15521 ,0.16269 ,0.17318 ,0.196235 ,0.220395 ,0.24466 ,0.26858 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.0126 ,0.03107 ,0.05687 ,0.10773 ,0.15757 ,0.20761 ,0.25777 ",\ "0.01301 ,0.030875 ,0.055975 ,0.10944 ,0.163505 ,0.21254 ,0.2617 ",\ "0.013775 ,0.031225 ,0.055915 ,0.108415 ,0.164455 ,0.221025 ,0.269895 ",\ "0.015165 ,0.032005 ,0.05605 ,0.106915 ,0.16064 ,0.2169 ,0.27555 ",\ "0.01572 ,0.032325 ,0.05606 ,0.106105 ,0.158655 ,0.213335 ,0.270005 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.04477 ,0.051475 ,0.060545 ,0.07783 ,0.094335 ,0.110775 ,0.12718 ",\ "0.059965 ,0.06684 ,0.075405 ,0.09292 ,0.110465 ,0.12682 ,0.14319 ",\ "0.06924 ,0.0769 ,0.08524 ,0.10153 ,0.117895 ,0.13437 ,0.151015 ",\ "0.067745 ,0.076135 ,0.08414 ,0.09959 ,0.115045 ,0.130365 ,0.145425 ",\ "0.06311 ,0.07014 ,0.077495 ,0.092825 ,0.109035 ,0.12572 ,0.142655 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.00965 ,0.0208 ,0.03592 ,0.06657 ,0.09749 ,0.128555 ,0.159705 ",\ "0.0102 ,0.02107 ,0.03597 ,0.066635 ,0.09765 ,0.12809 ,0.15863 ",\ "0.011 ,0.021615 ,0.036335 ,0.06705 ,0.099065 ,0.13136 ,0.161405 ",\ "0.01254 ,0.02271 ,0.036935 ,0.06708 ,0.09899 ,0.13241 ,0.16723 ",\ "0.013245 ,0.023215 ,0.03711 ,0.066585 ,0.0978 ,0.13047 ,0.16448 "); } } timing() { related_pin : "RN" ; timing_sense : negative_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.05964 ,0.06793 ,0.07988 ,0.10432 ,0.12813 ,0.15214 ,0.176255 ",\ "0.10418 ,0.11136 ,0.12222 ,0.14596 ,0.17121 ,0.19614 ,0.2213 ",\ "0.14737 ,0.154545 ,0.16473 ,0.187105 ,0.210605 ,0.23433 ,0.26011 ",\ "0.20432 ,0.211975 ,0.22144 ,0.243155 ,0.26649 ,0.289925 ,0.312725 ",\ "0.22907 ,0.23486 ,0.24327 ,0.2648 ,0.289245 ,0.31452 ,0.33967 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.012625 ,0.030935 ,0.056685 ,0.1085 ,0.157725 ,0.20715 ,0.2567 ",\ "0.013575 ,0.03114 ,0.05595 ,0.10909 ,0.16641 ,0.21552 ,0.263905 ",\ "0.014825 ,0.03187 ,0.05606 ,0.10757 ,0.16259 ,0.220855 ,0.273185 ",\ "0.016265 ,0.032615 ,0.05601 ,0.10551 ,0.157745 ,0.21238 ,0.26928 ",\ "0.016365 ,0.0325 ,0.05566 ,0.104635 ,0.15624 ,0.210105 ,0.266085 "); } } timing() { related_pin : "S" ; timing_sense : negative_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.047805 ,0.054265 ,0.063325 ,0.081325 ,0.097785 ,0.11427 ,0.130775 ",\ "0.07444 ,0.08097 ,0.08914 ,0.1065 ,0.125295 ,0.141775 ,0.15814 ",\ "0.090905 ,0.098775 ,0.106535 ,0.12197 ,0.13792 ,0.15422 ,0.17075 ",\ "0.09332 ,0.102515 ,0.109505 ,0.12338 ,0.138155 ,0.153415 ,0.16886 ",\ "0.09274 ,0.09905 ,0.10447 ,0.117615 ,0.13346 ,0.15106 ,0.16991 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.009395 ,0.02054 ,0.03574 ,0.066505 ,0.097175 ,0.127975 ,0.15885 ",\ "0.010495 ,0.02125 ,0.03604 ,0.066635 ,0.09827 ,0.12855 ,0.15863 ",\ "0.011795 ,0.022185 ,0.036595 ,0.06673 ,0.09821 ,0.130855 ,0.16196 ",\ "0.01368 ,0.023495 ,0.037185 ,0.06628 ,0.097185 ,0.12966 ,0.163595 ",\ "0.01425 ,0.02385 ,0.03717 ,0.06564 ,0.096075 ,0.12821 ,0.161915 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.04 ,0.04 ,0.04 ,0.04 ,0.04 ,0.04 ,0.04 ",\ "0.054175 ,0.054175 ,0.054175 ,0.054175 ,0.054175 ,0.054175 ,0.054175 ",\ "0.073985 ,0.073985 ,0.073985 ,0.073985 ,0.073985 ,0.073985 ,0.073985 ",\ "0.115275 ,0.115275 ,0.115275 ,0.115275 ,0.115275 ,0.115275 ,0.115275 ",\ "0.136715 ,0.136715 ,0.136715 ,0.136715 ,0.136715 ,0.136715 ,0.136715 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.02718 ,0.02718 ,0.02718 ,0.02718 ,0.02718 ,0.02718 ,0.02718 ",\ "0.04165 ,0.04165 ,0.04165 ,0.04165 ,0.04165 ,0.04165 ,0.04165 ",\ "0.061875 ,0.061875 ,0.061875 ,0.061875 ,0.061875 ,0.061875 ,0.061875 ",\ "0.10402 ,0.10402 ,0.10402 ,0.10402 ,0.10402 ,0.10402 ,0.10402 ",\ "0.1259 ,0.1259 ,0.1259 ,0.1259 ,0.1259 ,0.1259 ,0.1259 "); } related_pin : "D" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.032175 ,0.032175 ,0.032175 ,0.032175 ,0.032175 ,0.032175 ,0.032175 ",\ "0.047785 ,0.047785 ,0.047785 ,0.047785 ,0.047785 ,0.047785 ,0.047785 ",\ "0.06936 ,0.06936 ,0.06936 ,0.06936 ,0.06936 ,0.06936 ,0.06936 ",\ "0.113525 ,0.113525 ,0.113525 ,0.113525 ,0.113525 ,0.113525 ,0.113525 ",\ "0.13606 ,0.13606 ,0.13606 ,0.13606 ,0.13606 ,0.13606 ,0.13606 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.02689 ,0.02689 ,0.02689 ,0.02689 ,0.02689 ,0.02689 ,0.02689 ",\ "0.046735 ,0.046735 ,0.046735 ,0.046735 ,0.046735 ,0.046735 ,0.046735 ",\ "0.073585 ,0.073585 ,0.073585 ,0.073585 ,0.073585 ,0.073585 ,0.073585 ",\ "0.127305 ,0.127305 ,0.127305 ,0.127305 ,0.127305 ,0.127305 ,0.127305 ",\ "0.154145 ,0.154145 ,0.154145 ,0.154145 ,0.154145 ,0.154145 ,0.154145 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.03601 ,0.03601 ,0.03601 ,0.03601 ,0.03601 ,0.03601 ,0.03601 ",\ "0.05038 ,0.05038 ,0.05038 ,0.05038 ,0.05038 ,0.05038 ,0.05038 ",\ "0.069935 ,0.069935 ,0.069935 ,0.069935 ,0.069935 ,0.069935 ,0.069935 ",\ "0.109485 ,0.109485 ,0.109485 ,0.109485 ,0.109485 ,0.109485 ,0.109485 ",\ "0.12946 ,0.12946 ,0.12946 ,0.12946 ,0.12946 ,0.12946 ,0.12946 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2 (" 0.0061, 0.0242, 0.0482, 0.0963, 0.1444, 0.1925, 0.2406 "); values ("0.02767 ,0.02767 ,0.02767 ,0.02767 ,0.02767 ,0.02767 ,0.02767 ",\ "0.046095 ,0.046095 ,0.046095 ,0.046095 ,0.046095 ,0.046095 ,0.046095 ",\ "0.07181 ,0.07181 ,0.07181 ,0.07181 ,0.07181 ,0.07181 ,0.07181 ",\ "0.125475 ,0.125475 ,0.125475 ,0.125475 ,0.125475 ,0.125475 ,0.125475 ",\ "0.153375 ,0.153375 ,0.153375 ,0.153375 ,0.153375 ,0.153375 ,0.153375 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2406 ; } pin(CLK) { direction : input ; clock : true ; capacitance : 0.004052 ; min_pulse_width_high : 1.416931 ; internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.01368 ,0.03448 ,0.06283 ,0.12025 ,0.14929 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.01811 ,0.03614 ,0.06102 ,0.11243 ,0.13892 "); } } max_transition : 3.6364 ; } pin(D) { direction : input ; capacitance : 0.002935 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.14649 ,0.17579 ,0.21315 ,0.28496 ,0.32096 ",\ "0.17943 ,0.21445 ,0.26376 ,0.36544 ,0.41466 ",\ "0.20051 ,0.24746 ,0.31413 ,0.45487 ,0.52545 ",\ "0.19717 ,0.27405 ,0.37871 ,0.59878 ,0.71599 ",\ "0.19024 ,0.28052 ,0.40493 ,0.66729 ,0.80506 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.13753 ,0.13326 ,0.14399 ,0.18885 ,0.20545 ",\ "0.20183 ,0.19150 ,0.19675 ,0.23424 ,0.24614 ",\ "0.26196 ,0.25229 ,0.25545 ,0.28451 ,0.29318 ",\ "0.33870 ,0.34143 ,0.34838 ,0.36743 ,0.37625 ",\ "0.37888 ,0.38336 ,0.39086 ,0.40943 ,0.41961 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("-0.05759 ,-0.07314 ,-0.06832 ,-0.01075 ,0.02080 ",\ "-0.08291 ,-0.10320 ,-0.10116 ,-0.04526 ,-0.01697 ",\ "-0.09659 ,-0.12117 ,-0.12677 ,-0.08672 ,-0.06346 ",\ "-0.08577 ,-0.11799 ,-0.14264 ,-0.14629 ,-0.13441 ",\ "-0.07764 ,-0.11638 ,-0.14730 ,-0.16027 ,-0.15420 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("-0.05276 ,-0.05025 ,-0.05070 ,-0.05663 ,-0.05782 ",\ "-0.09558 ,-0.08970 ,-0.08733 ,-0.08990 ,-0.08872 ",\ "-0.14089 ,-0.13212 ,-0.12491 ,-0.11810 ,-0.11439 ",\ "-0.20369 ,-0.19220 ,-0.17663 ,-0.15012 ,-0.14209 ",\ "-0.22791 ,-0.21525 ,-0.19886 ,-0.17046 ,-0.15989 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00541 ,0.01629 ,0.03171 ,0.06414 ,0.08112 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01306 ,0.02349 ,0.03849 ,0.07082 ,0.08810 "); } } max_transition : 2.7273 ; } pin(RN) { direction : input ; capacitance : 0.003400 ; min_pulse_width_low : 1.416960 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.14306 ,0.15888 ,0.14418 ,0.05069 ,0.00315 ",\ "0.18121 ,0.20266 ,0.19526 ,0.11868 ,0.08235 ",\ "0.18660 ,0.21958 ,0.22777 ,0.18140 ,0.15876 ",\ "0.11610 ,0.17796 ,0.22446 ,0.24705 ,0.25138 ",\ "0.08003 ,0.15497 ,0.21728 ,0.26921 ,0.28885 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("-0.05675 ,-0.06245 ,-0.04540 ,0.03456 ,0.07686 ",\ "-0.07829 ,-0.08909 ,-0.08239 ,-0.02467 ,0.01147 ",\ "-0.07483 ,-0.09726 ,-0.10620 ,-0.07761 ,-0.05366 ",\ "-0.00948 ,-0.06123 ,-0.10280 ,-0.12979 ,-0.13540 ",\ "0.02474 ,-0.03906 ,-0.09507 ,-0.14798 ,-0.16649 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.00000 ,0.00000 ,0.00000 ,0.00000 ,0.00000 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.00464 ,0.00460 ,0.00459 ,0.00459 ,0.00460 "); } } max_transition : 3.6364 ; } pin(S) { direction : input ; capacitance : 0.005343 ; min_pulse_width_high : 1.416960 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.14860 ,0.13989 ,0.13337 ,0.12721 ,0.12190 ",\ "0.23331 ,0.21759 ,0.20363 ,0.18795 ,0.18000 ",\ "0.31229 ,0.28999 ,0.27223 ,0.25442 ,0.24195 ",\ "0.40664 ,0.38104 ,0.36448 ,0.34946 ,0.32856 ",\ "0.45020 ,0.42808 ,0.40999 ,0.38440 ,0.36170 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); index_2(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("-0.06249 ,-0.05973 ,-0.06227 ,-0.07456 ,-0.07679 ",\ "-0.12494 ,-0.11595 ,-0.11129 ,-0.11404 ,-0.11454 ",\ "-0.18248 ,-0.16939 ,-0.15930 ,-0.15273 ,-0.15006 ",\ "-0.25008 ,-0.23629 ,-0.22245 ,-0.20296 ,-0.19333 ",\ "-0.28187 ,-0.26777 ,-0.25175 ,-0.22551 ,-0.21334 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.00000 ,0.00000 ,0.00000 ,0.00000 ,0.00000 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1819, 0.7274, 1.4546, 2.9091, 3.6364 "); values ("0.00881 ,0.00874 ,0.00878 ,0.00892 ,0.00901 "); } } max_transition : 3.6364 ; } latch("IQ", "IQN") { enable : "CLK"; data_in : "D"; clear : "RN'"; preset : "S"; clear_preset_var1 : H; clear_preset_var2 : L; } } cell(MUX21_C) { area : 8 ; cell_footprint : MUX21 ; cell_leakage_power : 0.305064 ; pin(Z) { direction : output ; function : "((D0*SD')+(D1*SD))" ; capacitance : 0.000000 ; timing() { related_pin : "D0" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.02553 ,0.034385 ,0.04602 ,0.06973 ,0.09194 ,0.11415 ,0.136375 ",\ "0.0295 ,0.03968 ,0.051345 ,0.07413 ,0.09717 ,0.12012 ,0.14149 ",\ "0.024155 ,0.036515 ,0.0487 ,0.07102 ,0.092725 ,0.11433 ,0.13598 ",\ "-0.00247 ,0.012105 ,0.02493 ,0.04754 ,0.06943 ,0.09141 ,0.113715 ",\ "-0.01626 ,-0.00328 ,0.008975 ,0.03171 ,0.054745 ,0.07875 ,0.10392 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.01432 ,0.0318 ,0.055135 ,0.1021 ,0.14942 ,0.19683 ,0.244305 ",\ "0.01845 ,0.03553 ,0.058505 ,0.104505 ,0.15061 ,0.197715 ,0.244935 ",\ "0.0238 ,0.04071 ,0.06362 ,0.10969 ,0.155755 ,0.2017 ,0.24938 ",\ "0.03317 ,0.049975 ,0.072925 ,0.119345 ,0.165915 ,0.212345 ,0.258465 ",\ "0.03733 ,0.05412 ,0.0771 ,0.123675 ,0.170435 ,0.21703 ,0.26326 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.03679 ,0.04345 ,0.051925 ,0.06973 ,0.08303 ,0.09611 ,0.10905 ",\ "0.064025 ,0.072655 ,0.080735 ,0.096555 ,0.11378 ,0.130885 ,0.142715 ",\ "0.094875 ,0.10617 ,0.114405 ,0.128435 ,0.142515 ,0.15733 ,0.173025 ",\ "0.14696 ,0.16057 ,0.169655 ,0.18392 ,0.19734 ,0.210855 ,0.22469 ",\ "0.169725 ,0.18189 ,0.19148 ,0.20784 ,0.22387 ,0.24041 ,0.25773 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.014035 ,0.02337 ,0.03551 ,0.059105 ,0.08469 ,0.110325 ,0.13599 ",\ "0.01893 ,0.028285 ,0.04049 ,0.06407 ,0.086475 ,0.10896 ,0.13505 ",\ "0.02519 ,0.034615 ,0.04692 ,0.070935 ,0.094045 ,0.116125 ,0.13709 ",\ "0.036335 ,0.04593 ,0.05841 ,0.08306 ,0.10711 ,0.130335 ,0.15259 ",\ "0.04129 ,0.05094 ,0.06348 ,0.08833 ,0.112615 ,0.136055 ,0.158485 "); } } timing() { related_pin : "D1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.025085 ,0.033925 ,0.04555 ,0.069195 ,0.09149 ,0.113805 ,0.13613 ",\ "0.02841 ,0.03855 ,0.05022 ,0.07298 ,0.09593 ,0.118785 ,0.140225 ",\ "0.021875 ,0.03418 ,0.04636 ,0.06867 ,0.090345 ,0.1119 ,0.13348 ",\ "-0.00728 ,0.00725 ,0.020025 ,0.042555 ,0.0644 ,0.086395 ,0.10879 ",\ "-0.02208 ,-0.00915 ,0.002995 ,0.02553 ,0.04844 ,0.07241 ,0.097665 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.01425 ,0.03148 ,0.054495 ,0.100895 ,0.147565 ,0.194335 ,0.24117 ",\ "0.01841 ,0.03522 ,0.05784 ,0.10319 ,0.14896 ,0.19535 ,0.24186 ",\ "0.02376 ,0.04038 ,0.06292 ,0.108335 ,0.15382 ,0.19984 ,0.246775 ",\ "0.03311 ,0.04958 ,0.07213 ,0.117835 ,0.16379 ,0.209685 ,0.255355 ",\ "0.03728 ,0.0537 ,0.07625 ,0.122055 ,0.168135 ,0.214115 ,0.259805 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.037025 ,0.04372 ,0.05223 ,0.070125 ,0.08344 ,0.09652 ,0.109455 ",\ "0.064815 ,0.07345 ,0.08153 ,0.09735 ,0.114595 ,0.13179 ,0.14362 ",\ "0.09664 ,0.10789 ,0.116075 ,0.13003 ,0.144065 ,0.158845 ,0.174515 ",\ "0.150835 ,0.164305 ,0.17326 ,0.18734 ,0.20062 ,0.214 ,0.22768 ",\ "0.17456 ,0.186555 ,0.196005 ,0.21217 ,0.228035 ,0.24441 ,0.26154 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.01409 ,0.023515 ,0.035765 ,0.05958 ,0.08538 ,0.111225 ,0.137095 ",\ "0.018955 ,0.028405 ,0.040735 ,0.06455 ,0.08718 ,0.10989 ,0.1362 ",\ "0.025185 ,0.03469 ,0.047095 ,0.071305 ,0.094595 ,0.116845 ,0.137975 ",\ "0.036265 ,0.04587 ,0.05841 ,0.083175 ,0.107315 ,0.13061 ,0.152925 ",\ "0.041125 ,0.050745 ,0.063335 ,0.08827 ,0.112615 ,0.136095 ,0.15855 "); } } timing() { related_pin : "SD" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.02245 ,0.03143 ,0.0432 ,0.067075 ,0.08976 ,0.11246 ,0.13518 ",\ "0.02457 ,0.035 ,0.046885 ,0.069945 ,0.09306 ,0.11608 ,0.13801 ",\ "0.015055 ,0.02795 ,0.04048 ,0.06324 ,0.08521 ,0.10694 ,0.12858 ",\ "-0.02054 ,-0.00478 ,0.00857 ,0.031815 ,0.054275 ,0.076875 ,0.099865 ",\ "-0.037575 ,-0.02327 ,-0.01056 ,0.0127 ,0.03635 ,0.061175 ,0.08738 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.014485 ,0.031685 ,0.054775 ,0.101155 ,0.147705 ,0.194355 ,0.24107 ",\ "0.020175 ,0.036715 ,0.059145 ,0.104385 ,0.150035 ,0.19598 ,0.242055 ",\ "0.02715 ,0.04334 ,0.065505 ,0.110375 ,0.15552 ,0.20133 ,0.247675 ",\ "0.039005 ,0.054915 ,0.07688 ,0.12164 ,0.16684 ,0.21212 ,0.2578 ",\ "0.04421 ,0.06006 ,0.08198 ,0.126815 ,0.17222 ,0.21777 ,0.26325 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.03259 ,0.039345 ,0.048055 ,0.066675 ,0.080205 ,0.09355 ,0.10679 ",\ "0.064335 ,0.07307 ,0.08117 ,0.097275 ,0.11513 ,0.133045 ,0.14515 ",\ "0.097955 ,0.10971 ,0.11789 ,0.13178 ,0.14591 ,0.16092 ,0.176915 ",\ "0.150815 ,0.16548 ,0.17433 ,0.18806 ,0.201405 ,0.215255 ,0.22973 ",\ "0.17491 ,0.18774 ,0.196685 ,0.21221 ,0.22843 ,0.24604 ,0.26514 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.01337 ,0.02271 ,0.034895 ,0.05866 ,0.08417 ,0.10972 ,0.1353 ",\ "0.01952 ,0.028755 ,0.040835 ,0.064285 ,0.086705 ,0.109225 ,0.134975 ",\ "0.027255 ,0.03648 ,0.04853 ,0.07214 ,0.09498 ,0.11692 ,0.13787 ",\ "0.040895 ,0.050245 ,0.06229 ,0.08617 ,0.109625 ,0.13242 ,0.15441 ",\ "0.04696 ,0.05637 ,0.06841 ,0.09237 ,0.115995 ,0.139 ,0.161215 "); } } timing() { related_pin : "SD" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.039225 ,0.047945 ,0.059585 ,0.08353 ,0.10605 ,0.128665 ,0.151345 ",\ "0.066685 ,0.07586 ,0.086955 ,0.10951 ,0.133015 ,0.15681 ,0.179145 ",\ "0.09473 ,0.10487 ,0.11563 ,0.13684 ,0.15867 ,0.1811 ,0.204025 ",\ "0.13982 ,0.150685 ,0.16083 ,0.180755 ,0.201725 ,0.223625 ,0.24623 ",\ "0.161575 ,0.171105 ,0.180555 ,0.20021 ,0.22182 ,0.24505 ,0.269575 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.01318 ,0.030535 ,0.053885 ,0.10109 ,0.14749 ,0.19395 ,0.24045 ",\ "0.013565 ,0.030565 ,0.053505 ,0.10013 ,0.14767 ,0.19558 ,0.241245 ",\ "0.0144 ,0.03116 ,0.05386 ,0.100145 ,0.1475 ,0.19587 ,0.245225 ",\ "0.016315 ,0.032705 ,0.054995 ,0.10064 ,0.14756 ,0.19567 ,0.244925 ",\ "0.01738 ,0.033605 ,0.05568 ,0.10094 ,0.14751 ,0.195305 ,0.244275 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.03181 ,0.038395 ,0.04693 ,0.06476 ,0.078415 ,0.091815 ,0.10506 ",\ "0.03018 ,0.038215 ,0.046285 ,0.062065 ,0.078995 ,0.095545 ,0.10644 ",\ "0.019795 ,0.02974 ,0.037685 ,0.05129 ,0.06481 ,0.07909 ,0.09444 ",\ "-0.0107 ,-7e-05 ,0.00747 ,0.019305 ,0.030685 ,0.04284 ,0.05625 ",\ "-0.026585 ,-0.018385 ,-0.01152 ,0.000455 ,0.012985 ,0.02722 ,0.043675 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.01246 ,0.02206 ,0.03461 ,0.05917 ,0.085185 ,0.11122 ,0.13727 ",\ "0.01283 ,0.022475 ,0.035115 ,0.05984 ,0.08384 ,0.107845 ,0.133835 ",\ "0.01373 ,0.02333 ,0.03593 ,0.060875 ,0.085495 ,0.109775 ,0.133695 ",\ "0.01606 ,0.02546 ,0.037835 ,0.062685 ,0.08772 ,0.1129 ,0.138215 ",\ "0.017395 ,0.02666 ,0.038865 ,0.06345 ,0.08831 ,0.113415 ,0.13874 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.005395 ,0.0053 ,0.005255 ,0.005195 ,0.005155 ,0.00513 ,0.005125 ",\ "0.00975 ,0.00952 ,0.00939 ,0.009215 ,0.009095 ,0.009025 ,0.009 ",\ "0.015905 ,0.01551 ,0.01528 ,0.014955 ,0.014735 ,0.01461 ,0.014565 ",\ "0.02886 ,0.02823 ,0.02782 ,0.02724 ,0.02684 ,0.026605 ,0.026525 ",\ "0.035645 ,0.034935 ,0.03446 ,0.03377 ,0.03329 ,0.033005 ,0.032905 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.0077 ,0.007485 ,0.00738 ,0.00724 ,0.007145 ,0.00708 ,0.00705 ",\ "0.011895 ,0.01152 ,0.01133 ,0.01108 ,0.010915 ,0.01081 ,0.010765 ",\ "0.01786 ,0.017305 ,0.017 ,0.01659 ,0.016315 ,0.01615 ,0.016095 ",\ "0.03056 ,0.029755 ,0.029235 ,0.028495 ,0.028 ,0.02771 ,0.02763 ",\ "0.037275 ,0.03641 ,0.03579 ,0.03488 ,0.034265 ,0.03391 ,0.03382 "); } related_pin : "D0" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.004855 ,0.00477 ,0.004725 ,0.00467 ,0.004635 ,0.004615 ,0.00461 ",\ "0.009205 ,0.008975 ,0.008845 ,0.008675 ,0.008555 ,0.00849 ,0.00847 ",\ "0.015365 ,0.01496 ,0.014725 ,0.0144 ,0.014175 ,0.014045 ,0.014005 ",\ "0.02836 ,0.027715 ,0.027295 ,0.026685 ,0.02627 ,0.026025 ,0.02594 ",\ "0.035185 ,0.034465 ,0.033965 ,0.033235 ,0.03273 ,0.03243 ,0.032325 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.00826 ,0.00804 ,0.007935 ,0.007795 ,0.0077 ,0.00764 ,0.00761 ",\ "0.012445 ,0.01207 ,0.011875 ,0.011625 ,0.011455 ,0.011355 ,0.011315 ",\ "0.01839 ,0.01783 ,0.017525 ,0.01711 ,0.016835 ,0.01667 ,0.016615 ",\ "0.03105 ,0.030235 ,0.029705 ,0.028945 ,0.02843 ,0.02813 ,0.028045 ",\ "0.03775 ,0.03686 ,0.03622 ,0.03528 ,0.034635 ,0.034265 ,0.03416 "); } related_pin : "D1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.008105 ,0.008025 ,0.008 ,0.007985 ,0.007995 ,0.008035 ,0.008095 ",\ "0.01541 ,0.01523 ,0.015155 ,0.01507 ,0.015025 ,0.015015 ,0.015035 ",\ "0.02575 ,0.025455 ,0.02531 ,0.025125 ,0.025005 ,0.02494 ,0.024925 ",\ "0.047525 ,0.04707 ,0.04679 ,0.0464 ,0.046145 ,0.046005 ,0.045975 ",\ "0.05893 ,0.05843 ,0.058085 ,0.0576 ,0.05728 ,0.05712 ,0.05711 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0122, 0.0243, 0.0485, 0.0727, 0.0969, 0.121 "); values ("0.009515 ,0.00932 ,0.00924 ,0.009145 ,0.0091 ,0.009095 ,0.00912 ",\ "0.01677 ,0.016475 ,0.01634 ,0.01618 ,0.01608 ,0.01603 ,0.016025 ",\ "0.027075 ,0.02666 ,0.026455 ,0.026185 ,0.02601 ,0.025905 ,0.02587 ",\ "0.04881 ,0.048235 ,0.04787 ,0.04736 ,0.047025 ,0.04684 ,0.0468 ",\ "0.060205 ,0.059585 ,0.059145 ,0.058505 ,0.058085 ,0.05787 ,0.05786 "); } related_pin : "SD" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1210 ; } pin(D0) { direction : input ; capacitance : 0.001584 ; max_transition : 2.7273 ; } pin(D1) { direction : input ; capacitance : 0.001287 ; max_transition : 2.7273 ; } pin(SD) { direction : input ; capacitance : 0.003059 ; max_transition : 2.7273 ; } } cell(MUX21_D) { area : 8 ; cell_footprint : MUX21 ; cell_leakage_power : 0.329677 ; pin(Z) { direction : output ; function : "((D0*SD')+(D1*SD))" ; capacitance : 0.000000 ; timing() { related_pin : "D0" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.0261 ,0.03511 ,0.04698 ,0.0702 ,0.092295 ,0.114305 ,0.13627 ",\ "0.032285 ,0.04243 ,0.0542 ,0.077295 ,0.10077 ,0.12207 ,0.143255 ",\ "0.03007 ,0.04217 ,0.054285 ,0.07659 ,0.098345 ,0.12006 ,0.14094 ",\ "0.00898 ,0.023035 ,0.035745 ,0.05822 ,0.079865 ,0.101495 ,0.12336 ",\ "-0.002775 ,0.009675 ,0.02201 ,0.04491 ,0.067875 ,0.09162 ,0.11638 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.01411 ,0.03141 ,0.054115 ,0.100575 ,0.14844 ,0.19643 ,0.244505 ",\ "0.01847 ,0.03553 ,0.05822 ,0.10263 ,0.14672 ,0.19501 ,0.24344 ",\ "0.024175 ,0.04099 ,0.06369 ,0.10882 ,0.15294 ,0.1962 ,0.245225 ",\ "0.03432 ,0.0507 ,0.073385 ,0.119505 ,0.165545 ,0.21096 ,0.255495 ",\ "0.038805 ,0.054965 ,0.0776 ,0.123985 ,0.17055 ,0.216645 ,0.261955 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.03598 ,0.043245 ,0.05257 ,0.06961 ,0.0837 ,0.0974 ,0.11087 ",\ "0.062365 ,0.070825 ,0.07955 ,0.096965 ,0.11592 ,0.128845 ,0.141535 ",\ "0.09141 ,0.101755 ,0.110365 ,0.125885 ,0.14172 ,0.158435 ,0.172145 ",\ "0.13828 ,0.15077 ,0.16024 ,0.175835 ,0.1905 ,0.20509 ,0.219855 ",\ "0.158465 ,0.170225 ,0.180585 ,0.198275 ,0.215005 ,0.231745 ,0.24884 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.014215 ,0.023855 ,0.03627 ,0.06147 ,0.088145 ,0.11486 ,0.141605 ",\ "0.01936 ,0.02894 ,0.0414 ,0.065175 ,0.08723 ,0.114375 ,0.14166 ",\ "0.02596 ,0.035505 ,0.048035 ,0.072415 ,0.09554 ,0.117175 ,0.143345 ",\ "0.037665 ,0.04714 ,0.0598 ,0.085155 ,0.10989 ,0.133565 ,0.155975 ",\ "0.042845 ,0.05224 ,0.064955 ,0.090685 ,0.115965 ,0.14027 ,0.16335 "); } } timing() { related_pin : "D1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.02563 ,0.034595 ,0.0464 ,0.06955 ,0.091735 ,0.11385 ,0.13593 ",\ "0.031235 ,0.04133 ,0.053055 ,0.076 ,0.09921 ,0.12057 ,0.141815 ",\ "0.027965 ,0.04 ,0.05207 ,0.07426 ,0.095855 ,0.11736 ,0.13812 ",\ "0.004635 ,0.01863 ,0.031235 ,0.053515 ,0.07502 ,0.096575 ,0.118445 ",\ "-0.00803 ,0.00433 ,0.016485 ,0.03905 ,0.06178 ,0.085405 ,0.11017 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.01403 ,0.03121 ,0.05373 ,0.099915 ,0.147595 ,0.195415 ,0.243315 ",\ "0.018435 ,0.03535 ,0.05785 ,0.10181 ,0.14546 ,0.19354 ,0.24177 ",\ "0.024175 ,0.0408 ,0.06328 ,0.10795 ,0.151565 ,0.194345 ,0.243075 ",\ "0.034325 ,0.05044 ,0.072815 ,0.118415 ,0.16401 ,0.209035 ,0.25322 ",\ "0.038815 ,0.05467 ,0.076945 ,0.122745 ,0.16886 ,0.214605 ,0.259665 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.036235 ,0.043525 ,0.052875 ,0.069945 ,0.084045 ,0.09775 ,0.11122 ",\ "0.06304 ,0.07149 ,0.080215 ,0.097625 ,0.11658 ,0.129525 ,0.142225 ",\ "0.09291 ,0.10319 ,0.11175 ,0.12722 ,0.14302 ,0.15971 ,0.173445 ",\ "0.141635 ,0.153945 ,0.1633 ,0.17876 ,0.193325 ,0.207805 ,0.22242 ",\ "0.162725 ,0.174275 ,0.1845 ,0.202035 ,0.21864 ,0.23522 ,0.2521 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.014285 ,0.02383 ,0.03613 ,0.0611 ,0.087495 ,0.113935 ,0.140405 ",\ "0.019355 ,0.028815 ,0.041125 ,0.064635 ,0.08647 ,0.11328 ,0.140225 ",\ "0.02582 ,0.035215 ,0.04756 ,0.07158 ,0.09436 ,0.11567 ,0.141455 ",\ "0.03728 ,0.04656 ,0.05897 ,0.08383 ,0.10807 ,0.131265 ,0.153215 ",\ "0.04236 ,0.05154 ,0.06398 ,0.08917 ,0.11393 ,0.137745 ,0.160365 "); } } timing() { related_pin : "SD" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.02302 ,0.03202 ,0.043905 ,0.0672 ,0.08942 ,0.111575 ,0.133695 ",\ "0.027715 ,0.037975 ,0.049795 ,0.072925 ,0.09636 ,0.117845 ,0.13922 ",\ "0.02162 ,0.034165 ,0.04646 ,0.06888 ,0.090585 ,0.11211 ,0.1331 ",\ "-0.00821 ,0.00694 ,0.02006 ,0.04291 ,0.064805 ,0.08664 ,0.108675 ",\ "-0.023125 ,-0.00958 ,0.00311 ,0.02642 ,0.049865 ,0.074215 ,0.09971 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.01436 ,0.03141 ,0.05393 ,0.10024 ,0.147595 ,0.195095 ,0.24269 ",\ "0.020445 ,0.036935 ,0.05912 ,0.1029 ,0.147405 ,0.19479 ,0.242345 ",\ "0.02792 ,0.043955 ,0.06598 ,0.11019 ,0.15376 ,0.19808 ,0.246155 ",\ "0.04067 ,0.056065 ,0.077825 ,0.12263 ,0.167765 ,0.212525 ,0.2566 ",\ "0.04626 ,0.061365 ,0.08295 ,0.12782 ,0.173315 ,0.21861 ,0.263315 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.03188 ,0.03924 ,0.04886 ,0.066495 ,0.08083 ,0.094815 ,0.10859 ",\ "0.06219 ,0.07078 ,0.079575 ,0.097435 ,0.117265 ,0.13045 ,0.143435 ",\ "0.09344 ,0.104285 ,0.112875 ,0.12835 ,0.14429 ,0.16121 ,0.1753 ",\ "0.140195 ,0.15374 ,0.16311 ,0.178415 ,0.193075 ,0.207845 ,0.22288 ",\ "0.161115 ,0.17347 ,0.183435 ,0.200815 ,0.21804 ,0.23586 ,0.254485 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.014115 ,0.023765 ,0.036255 ,0.06161 ,0.088335 ,0.115115 ,0.141925 ",\ "0.02056 ,0.029985 ,0.04234 ,0.06606 ,0.0882 ,0.11522 ,0.142385 ",\ "0.028495 ,0.037765 ,0.050055 ,0.074115 ,0.097035 ,0.11854 ,0.14454 ",\ "0.042255 ,0.05132 ,0.06354 ,0.088245 ,0.1125 ,0.1358 ,0.15789 ",\ "0.048395 ,0.057305 ,0.069485 ,0.094455 ,0.119245 ,0.143225 ,0.16609 "); } } timing() { related_pin : "SD" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.03721 ,0.04608 ,0.05803 ,0.08157 ,0.10384 ,0.12611 ,0.148375 ",\ "0.061375 ,0.07048 ,0.08165 ,0.104765 ,0.129295 ,0.150955 ,0.172685 ",\ "0.084815 ,0.09469 ,0.105295 ,0.126605 ,0.14887 ,0.172015 ,0.19404 ",\ "0.11978 ,0.13029 ,0.140175 ,0.1599 ,0.18075 ,0.202525 ,0.225025 ",\ "0.13607 ,0.145325 ,0.15468 ,0.174355 ,0.195915 ,0.218985 ,0.243285 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.012985 ,0.03046 ,0.05383 ,0.10082 ,0.14811 ,0.195495 ,0.24294 ",\ "0.01343 ,0.03066 ,0.053835 ,0.10063 ,0.147845 ,0.19467 ,0.24152 ",\ "0.01436 ,0.031335 ,0.054315 ,0.10111 ,0.148795 ,0.197265 ,0.244445 ",\ "0.016525 ,0.032985 ,0.05544 ,0.10161 ,0.149165 ,0.19794 ,0.247865 ",\ "0.017745 ,0.03393 ,0.056035 ,0.101545 ,0.14846 ,0.19659 ,0.24585 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.03276 ,0.03995 ,0.04922 ,0.066255 ,0.08071 ,0.09476 ,0.108575 ",\ "0.035205 ,0.043295 ,0.052015 ,0.0691 ,0.0872 ,0.09988 ,0.112235 ",\ "0.03026 ,0.03968 ,0.048125 ,0.063195 ,0.07823 ,0.09395 ,0.106265 ",\ "0.00988 ,0.01971 ,0.02771 ,0.0411 ,0.05402 ,0.067415 ,0.08163 ",\ "-0.00095 ,0.006815 ,0.014295 ,0.02777 ,0.04151 ,0.05639 ,0.072765 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.012615 ,0.02249 ,0.03538 ,0.06137 ,0.08822 ,0.115095 ,0.14198 ",\ "0.01304 ,0.02293 ,0.035905 ,0.06126 ,0.085795 ,0.112585 ,0.139425 ",\ "0.01403 ,0.02382 ,0.03674 ,0.06235 ,0.087625 ,0.11251 ,0.138545 ",\ "0.01658 ,0.02607 ,0.038695 ,0.064245 ,0.0901 ,0.11618 ,0.14245 ",\ "0.01804 ,0.02735 ,0.039775 ,0.06505 ,0.090785 ,0.11689 ,0.14331 "); } } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.00754 ,0.007385 ,0.0073 ,0.007175 ,0.007095 ,0.00705 ,0.007035 ",\ "0.01353 ,0.01315 ,0.01292 ,0.012595 ,0.012375 ,0.012245 ,0.01221 ",\ "0.021955 ,0.02131 ,0.0209 ,0.02031 ,0.019905 ,0.019675 ,0.01961 ",\ "0.039575 ,0.03854 ,0.03782 ,0.03676 ,0.03603 ,0.03561 ,0.03549 ",\ "0.048755 ,0.047585 ,0.04674 ,0.045475 ,0.044605 ,0.0441 ,0.04395 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.010345 ,0.009995 ,0.009815 ,0.00957 ,0.0094 ,0.0093 ,0.00926 ",\ "0.0161 ,0.01551 ,0.01518 ,0.014715 ,0.014405 ,0.014225 ,0.01418 ",\ "0.02423 ,0.02336 ,0.022825 ,0.02207 ,0.02156 ,0.02128 ,0.02122 ",\ "0.04143 ,0.04016 ,0.03925 ,0.03791 ,0.037005 ,0.03651 ,0.036415 ",\ "0.05048 ,0.04909 ,0.04801 ,0.04638 ,0.045275 ,0.04467 ,0.044555 "); } related_pin : "D0" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.006855 ,0.0067 ,0.006615 ,0.0065 ,0.00642 ,0.006375 ,0.006365 ",\ "0.01286 ,0.01248 ,0.012245 ,0.01192 ,0.0117 ,0.01157 ,0.01154 ",\ "0.021315 ,0.02066 ,0.020245 ,0.01964 ,0.019235 ,0.019 ,0.018935 ",\ "0.039045 ,0.03799 ,0.03725 ,0.03616 ,0.03541 ,0.03497 ,0.03484 ",\ "0.048305 ,0.04712 ,0.046245 ,0.04494 ,0.044035 ,0.0435 ,0.043335 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.011075 ,0.01072 ,0.010535 ,0.01028 ,0.01011 ,0.010005 ,0.009965 ",\ "0.016815 ,0.01622 ,0.015885 ,0.015415 ,0.0151 ,0.01492 ,0.014875 ",\ "0.024925 ,0.02405 ,0.02351 ,0.022735 ,0.02222 ,0.021935 ,0.021875 ",\ "0.042075 ,0.04079 ,0.039855 ,0.03848 ,0.037545 ,0.03703 ,0.036925 ",\ "0.0511 ,0.04968 ,0.048565 ,0.04688 ,0.04573 ,0.04509 ,0.044955 "); } related_pin : "D1" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.010565 ,0.01043 ,0.01037 ,0.01031 ,0.0103 ,0.010335 ,0.01041 ",\ "0.02001 ,0.019715 ,0.019565 ,0.019375 ,0.019265 ,0.019225 ,0.01925 ",\ "0.03333 ,0.03285 ,0.032575 ,0.0322 ,0.031955 ,0.031825 ,0.03181 ",\ "0.061235 ,0.060475 ,0.059965 ,0.05923 ,0.05874 ,0.05847 ,0.058425 ",\ "0.075785 ,0.07493 ,0.07431 ,0.073395 ,0.072795 ,0.07248 ,0.07245 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0048, 0.0189, 0.0377, 0.0754, 0.113, 0.1506, 0.1882 "); values ("0.0124 ,0.012075 ,0.01192 ,0.011725 ,0.01162 ,0.01158 ,0.011605 ",\ "0.02175 ,0.021265 ,0.02101 ,0.020665 ,0.02045 ,0.02034 ,0.020335 ",\ "0.034975 ,0.0343 ,0.0339 ,0.03335 ,0.032985 ,0.032785 ,0.03275 ",\ "0.062725 ,0.06178 ,0.06111 ,0.06013 ,0.059475 ,0.059125 ,0.059075 ",\ "0.077215 ,0.076185 ,0.075385 ,0.07419 ,0.0734 ,0.07299 ,0.07296 "); } related_pin : "SD" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1882 ; } pin(D0) { direction : input ; capacitance : 0.001761 ; max_transition : 2.7273 ; } pin(D1) { direction : input ; capacitance : 0.001503 ; max_transition : 2.7273 ; } pin(SD) { direction : input ; capacitance : 0.003336 ; max_transition : 2.7273 ; } } cell(MUX41_D) { area : 21 ; cell_footprint : MUX41 ; cell_leakage_power : 0.671637 ; pin(Z) { direction : output ; function : "((D0*((SD1'*SD2')+(SD1'*(D0^D1)')+(SD2'*(D0^D2)')))+(D1*((SD1'*SD2)+(SD1'*(D0^D1)')+(SD2*(D1^D3)')))+(D2*((SD1*SD2')+(SD1*(D2^D3)')+(SD2'*(D0^D2)')))+(D3*((SD1*SD2)+(SD1*(D2^D3)')+(SD2*(D1^D3)'))))" ; capacitance : 0.000000 ; timing() { related_pin : "D0" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.03653 ,0.046435 ,0.059255 ,0.0833 ,0.10583 ,0.128075 ,0.15016 ",\ "0.04558 ,0.056795 ,0.069505 ,0.094145 ,0.118295 ,0.139845 ,0.16119 ",\ "0.04683 ,0.06024 ,0.07332 ,0.09697 ,0.119875 ,0.142535 ,0.163345 ",\ "0.030645 ,0.046445 ,0.060345 ,0.084065 ,0.106245 ,0.128 ,0.14971 ",\ "0.020395 ,0.034715 ,0.048475 ,0.072785 ,0.09614 ,0.11963 ,0.143645 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01563 ,0.03356 ,0.05676 ,0.10453 ,0.154095 ,0.20373 ,0.25341 ",\ "0.019315 ,0.03726 ,0.060765 ,0.10579 ,0.15025 ,0.20079 ,0.25143 ",\ "0.02459 ,0.0424 ,0.06606 ,0.112135 ,0.155955 ,0.19853 ,0.25 ",\ "0.03494 ,0.052385 ,0.07622 ,0.123875 ,0.170415 ,0.215305 ,0.2583 ",\ "0.039945 ,0.057185 ,0.08107 ,0.12933 ,0.17688 ,0.223065 ,0.267595 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.047325 ,0.056015 ,0.06669 ,0.08388 ,0.09717 ,0.109595 ,0.121515 ",\ "0.075495 ,0.085435 ,0.095365 ,0.11458 ,0.13302 ,0.144175 ,0.154855 ",\ "0.106925 ,0.118905 ,0.12857 ,0.1453 ,0.162355 ,0.17988 ,0.18968 ",\ "0.15814 ,0.1727 ,0.18331 ,0.19928 ,0.213535 ,0.227745 ,0.242505 ",\ "0.18088 ,0.194885 ,0.206645 ,0.224555 ,0.240125 ,0.255345 ,0.27101 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.019455 ,0.028685 ,0.04031 ,0.06327 ,0.086335 ,0.109165 ,0.131855 ",\ "0.02439 ,0.033695 ,0.045335 ,0.066985 ,0.087925 ,0.111355 ,0.13469 ",\ "0.030925 ,0.04038 ,0.05212 ,0.07405 ,0.09417 ,0.113315 ,0.137615 ",\ "0.04309 ,0.052805 ,0.06488 ,0.087745 ,0.108905 ,0.12825 ,0.14573 ",\ "0.04886 ,0.058605 ,0.070905 ,0.09444 ,0.116365 ,0.13651 ,0.154785 "); } } timing() { related_pin : "D1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.03685 ,0.04677 ,0.059625 ,0.0837 ,0.10622 ,0.12845 ,0.150515 ",\ "0.04657 ,0.0578 ,0.070515 ,0.09522 ,0.11946 ,0.140965 ,0.162265 ",\ "0.048515 ,0.06195 ,0.075015 ,0.098665 ,0.12163 ,0.144385 ,0.16513 ",\ "0.033545 ,0.04938 ,0.063255 ,0.08692 ,0.10908 ,0.130855 ,0.152615 ",\ "0.023905 ,0.038245 ,0.051985 ,0.07625 ,0.09959 ,0.12309 ,0.147155 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.015695 ,0.033635 ,0.05682 ,0.10459 ,0.154205 ,0.20389 ,0.253615 ",\ "0.019395 ,0.037375 ,0.0609 ,0.10589 ,0.150285 ,0.200925 ,0.25167 ",\ "0.024675 ,0.042545 ,0.06627 ,0.112415 ,0.15622 ,0.19873 ,0.250385 ",\ "0.034975 ,0.05253 ,0.076495 ,0.124355 ,0.171015 ,0.215935 ,0.258875 ",\ "0.039995 ,0.057345 ,0.081375 ,0.12986 ,0.177535 ,0.22374 ,0.268185 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.04734 ,0.05603 ,0.066695 ,0.083875 ,0.097165 ,0.109575 ,0.121485 ",\ "0.07514 ,0.08508 ,0.09502 ,0.11422 ,0.13262 ,0.14377 ,0.154435 ",\ "0.106115 ,0.11809 ,0.127785 ,0.14454 ,0.161575 ,0.179055 ,0.18884 ",\ "0.15636 ,0.17092 ,0.181585 ,0.197615 ,0.211885 ,0.226075 ,0.2408 ",\ "0.178575 ,0.192595 ,0.204405 ,0.22237 ,0.23794 ,0.253135 ,0.26876 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01962 ,0.028935 ,0.04069 ,0.063875 ,0.087115 ,0.110115 ,0.132975 ",\ "0.024535 ,0.03392 ,0.04567 ,0.06763 ,0.088895 ,0.11247 ,0.13595 ",\ "0.03105 ,0.040585 ,0.052425 ,0.074605 ,0.095065 ,0.1146 ,0.13902 ",\ "0.043165 ,0.052965 ,0.065115 ,0.088155 ,0.109545 ,0.12919 ,0.147025 ",\ "0.048865 ,0.058705 ,0.07108 ,0.094765 ,0.11689 ,0.13728 ,0.15585 "); } } timing() { related_pin : "D2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.0392 ,0.049315 ,0.06239 ,0.08669 ,0.109225 ,0.13142 ,0.15342 ",\ "0.05007 ,0.061505 ,0.07442 ,0.09945 ,0.123935 ,0.145385 ,0.16659 ",\ "0.0536 ,0.067265 ,0.080515 ,0.104385 ,0.127495 ,0.15037 ,0.17102 ",\ "0.0411 ,0.05721 ,0.071325 ,0.095195 ,0.117345 ,0.13898 ,0.16052 ",\ "0.03229 ,0.046915 ,0.060965 ,0.085535 ,0.108915 ,0.1323 ,0.15614 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.016225 ,0.0343 ,0.057675 ,0.10565 ,0.155295 ,0.20498 ,0.25469 ",\ "0.019905 ,0.03808 ,0.061815 ,0.107215 ,0.152 ,0.20273 ,0.253545 ",\ "0.025235 ,0.043365 ,0.06732 ,0.113795 ,0.157865 ,0.200605 ,0.252425 ",\ "0.035635 ,0.05359 ,0.077855 ,0.12597 ,0.172565 ,0.21715 ,0.259515 ",\ "0.040655 ,0.05847 ,0.08287 ,0.13164 ,0.179155 ,0.224835 ,0.268415 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.050155 ,0.059135 ,0.07009 ,0.087605 ,0.101045 ,0.11353 ,0.125465 ",\ "0.078325 ,0.088595 ,0.09884 ,0.11844 ,0.13709 ,0.14826 ,0.15889 ",\ "0.10952 ,0.121865 ,0.13189 ,0.149025 ,0.16629 ,0.183915 ,0.193595 ",\ "0.159715 ,0.1746 ,0.185605 ,0.201995 ,0.2164 ,0.230645 ,0.245395 ",\ "0.18186 ,0.196055 ,0.20819 ,0.226505 ,0.242195 ,0.257415 ,0.273045 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.020675 ,0.03004 ,0.04184 ,0.064965 ,0.088005 ,0.110765 ,0.13337 ",\ "0.025405 ,0.034875 ,0.046685 ,0.06874 ,0.090065 ,0.11341 ,0.13665 ",\ "0.03173 ,0.04141 ,0.053325 ,0.07559 ,0.09613 ,0.115745 ,0.139955 ",\ "0.04369 ,0.05369 ,0.065955 ,0.08907 ,0.110455 ,0.130055 ,0.147835 ",\ "0.049495 ,0.05953 ,0.072025 ,0.09578 ,0.117875 ,0.138185 ,0.15664 "); } } timing() { related_pin : "D3" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.03863 ,0.0487 ,0.061725 ,0.085975 ,0.108515 ,0.130725 ,0.152745 ",\ "0.048975 ,0.060375 ,0.073255 ,0.098225 ,0.122655 ,0.144115 ,0.165335 ",\ "0.05153 ,0.06519 ,0.078435 ,0.102275 ,0.125345 ,0.148165 ,0.16881 ",\ "0.036895 ,0.05306 ,0.067185 ,0.09105 ,0.11319 ,0.134825 ,0.156365 ",\ "0.02708 ,0.041755 ,0.0558 ,0.08034 ,0.1037 ,0.127085 ,0.150945 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.016125 ,0.034135 ,0.057435 ,0.105255 ,0.154725 ,0.20424 ,0.25378 ",\ "0.019835 ,0.037895 ,0.06149 ,0.10666 ,0.151225 ,0.20169 ,0.252245 ",\ "0.025175 ,0.04316 ,0.066945 ,0.11311 ,0.156895 ,0.19935 ,0.250885 ",\ "0.03559 ,0.053345 ,0.07741 ,0.125185 ,0.17149 ,0.21582 ,0.25796 ",\ "0.04062 ,0.05821 ,0.0824 ,0.13086 ,0.17817 ,0.223715 ,0.26723 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.050485 ,0.05951 ,0.070505 ,0.08806 ,0.101515 ,0.114005 ,0.12594 ",\ "0.07895 ,0.089235 ,0.0995 ,0.119135 ,0.137815 ,0.149 ,0.15965 ",\ "0.11094 ,0.12325 ,0.13327 ,0.150425 ,0.16773 ,0.185415 ,0.19514 ",\ "0.163115 ,0.17788 ,0.18887 ,0.205295 ,0.21974 ,0.234015 ,0.24878 ",\ "0.18606 ,0.20018 ,0.21236 ,0.230775 ,0.24652 ,0.26174 ,0.2773 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.02094 ,0.030285 ,0.04206 ,0.06513 ,0.088105 ,0.1108 ,0.133335 ",\ "0.02571 ,0.035145 ,0.046925 ,0.068905 ,0.090175 ,0.11344 ,0.13659 ",\ "0.03208 ,0.041695 ,0.053575 ,0.075775 ,0.096245 ,0.11583 ,0.13995 ",\ "0.044055 ,0.05397 ,0.066205 ,0.08927 ,0.110585 ,0.130115 ,0.14782 ",\ "0.049785 ,0.05974 ,0.07222 ,0.09594 ,0.11797 ,0.138195 ,0.15655 "); } } timing() { related_pin : "SD1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.02525 ,0.03521 ,0.04849 ,0.073 ,0.095275 ,0.117305 ,0.139195 ",\ "0.032085 ,0.04319 ,0.055765 ,0.08132 ,0.10692 ,0.127395 ,0.14771 ",\ "0.02787 ,0.04144 ,0.053935 ,0.07719 ,0.10105 ,0.125435 ,0.144345 ",\ "0.000745 ,0.01754 ,0.03038 ,0.052265 ,0.07394 ,0.096585 ,0.12054 ",\ "-0.012145 ,0.00311 ,0.015545 ,0.03768 ,0.06052 ,0.085215 ,0.112135 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.015305 ,0.03313 ,0.056515 ,0.10407 ,0.15266 ,0.20128 ,0.249905 ",\ "0.021215 ,0.038525 ,0.061645 ,0.106865 ,0.151845 ,0.20067 ,0.24958 ",\ "0.02907 ,0.045825 ,0.06871 ,0.11415 ,0.158375 ,0.20191 ,0.25138 ",\ "0.04294 ,0.05881 ,0.08134 ,0.12733 ,0.173085 ,0.217945 ,0.261635 ",\ "0.04895 ,0.06445 ,0.086855 ,0.133155 ,0.17965 ,0.22555 ,0.27051 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.032575 ,0.04048 ,0.050875 ,0.067715 ,0.08043 ,0.09256 ,0.104355 ",\ "0.06336 ,0.07225 ,0.08115 ,0.100205 ,0.119535 ,0.12962 ,0.13945 ",\ "0.095045 ,0.106275 ,0.11434 ,0.12936 ,0.14648 ,0.165015 ,0.17325 ",\ "0.1434 ,0.15847 ,0.166995 ,0.179755 ,0.1926 ,0.206885 ,0.223 ",\ "0.1663 ,0.181015 ,0.190505 ,0.20502 ,0.219405 ,0.235335 ,0.25338 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01462 ,0.024295 ,0.0366 ,0.060585 ,0.08429 ,0.107705 ,0.13096 ",\ "0.021165 ,0.030565 ,0.04245 ,0.06493 ,0.086785 ,0.11022 ,0.133555 ",\ "0.029935 ,0.039165 ,0.050715 ,0.072605 ,0.093095 ,0.112805 ,0.13654 ",\ "0.04588 ,0.055035 ,0.06633 ,0.08809 ,0.108725 ,0.128085 ,0.146085 ",\ "0.053015 ,0.06221 ,0.07357 ,0.09579 ,0.117215 ,0.137625 ,0.156895 "); } } timing() { related_pin : "SD1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.03737 ,0.047125 ,0.06012 ,0.084605 ,0.10743 ,0.130105 ,0.15269 ",\ "0.063025 ,0.073125 ,0.08502 ,0.10976 ,0.13502 ,0.15655 ,0.178115 ",\ "0.08711 ,0.09837 ,0.109435 ,0.1316 ,0.15526 ,0.179885 ,0.200535 ",\ "0.12227 ,0.134905 ,0.14515 ,0.165105 ,0.18664 ,0.209795 ,0.23444 ",\ "0.139915 ,0.151195 ,0.160975 ,0.18101 ,0.20341 ,0.228105 ,0.254935 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01442 ,0.03265 ,0.05645 ,0.105015 ,0.15484 ,0.204715 ,0.254615 ",\ "0.0149 ,0.0332 ,0.05726 ,0.104045 ,0.15044 ,0.20051 ,0.250625 ",\ "0.0159 ,0.034175 ,0.05841 ,0.10615 ,0.15273 ,0.198705 ,0.248845 ",\ "0.018305 ,0.0364 ,0.06078 ,0.109795 ,0.158815 ,0.207675 ,0.256305 ",\ "0.019725 ,0.037655 ,0.062025 ,0.111395 ,0.16118 ,0.211185 ,0.261325 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.02927 ,0.037105 ,0.04749 ,0.064425 ,0.07736 ,0.089685 ,0.101645 ",\ "0.036135 ,0.044685 ,0.05361 ,0.07232 ,0.0909 ,0.10029 ,0.109305 ",\ "0.03137 ,0.041835 ,0.04979 ,0.064175 ,0.080225 ,0.097425 ,0.103315 ",\ "0.00579 ,0.017935 ,0.024675 ,0.03457 ,0.04521 ,0.05819 ,0.07404 ",\ "-0.004185 ,0.00521 ,0.01084 ,0.0199 ,0.03079 ,0.04507 ,0.06333 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01416 ,0.023895 ,0.036385 ,0.060705 ,0.08462 ,0.108265 ,0.13175 ",\ "0.014545 ,0.02425 ,0.03667 ,0.06055 ,0.083865 ,0.107505 ,0.130995 ",\ "0.01569 ,0.025325 ,0.037655 ,0.061425 ,0.084445 ,0.1071 ,0.13057 ",\ "0.0186 ,0.028025 ,0.04023 ,0.064075 ,0.08751 ,0.110685 ,0.13367 ",\ "0.020265 ,0.029545 ,0.041725 ,0.06578 ,0.089685 ,0.11356 ,0.137465 "); } } timing() { related_pin : "SD2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.03732 ,0.047385 ,0.060475 ,0.0849 ,0.107615 ,0.130035 ,0.15228 ",\ "0.04856 ,0.06002 ,0.072915 ,0.09802 ,0.122655 ,0.144185 ,0.165495 ",\ "0.050005 ,0.064035 ,0.077355 ,0.101275 ,0.12449 ,0.14751 ,0.168115 ",\ "0.03012 ,0.04744 ,0.06191 ,0.086045 ,0.108465 ,0.130505 ,0.152605 ",\ "0.017595 ,0.0336 ,0.04808 ,0.073045 ,0.09689 ,0.12097 ,0.145775 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.016385 ,0.03407 ,0.05697 ,0.104165 ,0.15318 ,0.202275 ,0.25142 ",\ "0.02154 ,0.039105 ,0.062095 ,0.106135 ,0.14966 ,0.19938 ,0.249215 ",\ "0.028735 ,0.04617 ,0.069225 ,0.1141 ,0.15671 ,0.198065 ,0.2487 ",\ "0.04273 ,0.060115 ,0.08323 ,0.129395 ,0.174455 ,0.21781 ,0.259165 ",\ "0.0497 ,0.067135 ,0.090225 ,0.13681 ,0.182775 ,0.227375 ,0.27025 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.04825 ,0.057185 ,0.068265 ,0.08592 ,0.099275 ,0.11171 ,0.12361 ",\ "0.08253 ,0.09275 ,0.102925 ,0.12273 ,0.141795 ,0.15297 ,0.163655 ",\ "0.118185 ,0.130895 ,0.14083 ,0.157805 ,0.17502 ,0.19268 ,0.202645 ",\ "0.17025 ,0.1864 ,0.197475 ,0.21374 ,0.228065 ,0.24221 ,0.25677 ",\ "0.192845 ,0.20814 ,0.22023 ,0.23854 ,0.254625 ,0.27049 ,0.2869 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.02099 ,0.030205 ,0.04183 ,0.064735 ,0.08769 ,0.110395 ,0.13295 ",\ "0.027515 ,0.036625 ,0.04807 ,0.06939 ,0.090005 ,0.113125 ,0.13616 ",\ "0.035955 ,0.04509 ,0.05648 ,0.077765 ,0.097215 ,0.115655 ,0.139565 ",\ "0.05069 ,0.059975 ,0.07155 ,0.093525 ,0.11381 ,0.132245 ,0.14875 ",\ "0.05719 ,0.0665 ,0.078285 ,0.100965 ,0.12216 ,0.14162 ,0.15923 "); } } timing() { related_pin : "SD2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.05291 ,0.062805 ,0.07587 ,0.10023 ,0.122755 ,0.145025 ,0.16715 ",\ "0.079825 ,0.09009 ,0.102215 ,0.1271 ,0.15225 ,0.17364 ,0.19498 ",\ "0.10639 ,0.11763 ,0.129045 ,0.15157 ,0.17515 ,0.19944 ,0.22018 ",\ "0.146165 ,0.15847 ,0.169235 ,0.1897 ,0.210825 ,0.232785 ,0.25552 ",\ "0.1641 ,0.17534 ,0.185865 ,0.20647 ,0.228135 ,0.250965 ,0.274895 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.015755 ,0.033765 ,0.057475 ,0.105625 ,0.154695 ,0.203835 ,0.253015 ",\ "0.01601 ,0.034075 ,0.057955 ,0.105005 ,0.151885 ,0.201 ,0.250165 ",\ "0.016625 ,0.03454 ,0.058315 ,0.10569 ,0.152695 ,0.199495 ,0.248085 ",\ "0.01836 ,0.03583 ,0.05914 ,0.106355 ,0.154205 ,0.202555 ,0.25134 ",\ "0.019515 ,0.036705 ,0.05968 ,0.106485 ,0.15424 ,0.202795 ,0.25207 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.049355 ,0.058275 ,0.06912 ,0.086575 ,0.100215 ,0.11289 ,0.125 ",\ "0.05298 ,0.063085 ,0.0733 ,0.092345 ,0.110035 ,0.120735 ,0.1308 ",\ "0.049815 ,0.06157 ,0.0714 ,0.08771 ,0.103665 ,0.119655 ,0.1275 ",\ "0.032385 ,0.045 ,0.05447 ,0.06815 ,0.08016 ,0.0925 ,0.10595 ",\ "0.02255 ,0.03321 ,0.042435 ,0.05613 ,0.06831 ,0.08112 ,0.095465 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.0199 ,0.02925 ,0.041305 ,0.06488 ,0.088135 ,0.111185 ,0.13411 ",\ "0.02033 ,0.029785 ,0.04182 ,0.06509 ,0.087895 ,0.110855 ,0.133695 ",\ "0.020985 ,0.03053 ,0.04249 ,0.065585 ,0.08809 ,0.110315 ,0.132955 ",\ "0.02318 ,0.03278 ,0.044565 ,0.067305 ,0.089565 ,0.111555 ,0.13336 ",\ "0.024755 ,0.034335 ,0.04601 ,0.068585 ,0.090755 ,0.11273 ,0.13458 "); } } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01208 ,0.011725 ,0.01154 ,0.011285 ,0.01111 ,0.011005 ,0.010965 ",\ "0.019235 ,0.01861 ,0.018265 ,0.017785 ,0.017455 ,0.01725 ,0.017175 ",\ "0.0294 ,0.028445 ,0.027895 ,0.027115 ,0.026575 ,0.02624 ,0.02611 ",\ "0.051 ,0.04954 ,0.04861 ,0.047245 ,0.046285 ,0.045695 ,0.045455 ",\ "0.06241 ,0.060775 ,0.05967 ,0.05802 ,0.056855 ,0.056135 ,0.055845 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01774 ,0.016735 ,0.01624 ,0.015585 ,0.015165 ,0.014935 ,0.014895 ",\ "0.024835 ,0.023535 ,0.022835 ,0.02188 ,0.021255 ,0.020915 ,0.02085 ",\ "0.03487 ,0.033235 ,0.032275 ,0.03092 ,0.030025 ,0.02953 ,0.029425 ",\ "0.05613 ,0.054045 ,0.052605 ,0.050485 ,0.04905 ,0.04824 ,0.048045 ",\ "0.06734 ,0.065125 ,0.063475 ,0.06099 ,0.05929 ,0.05832 ,0.05807 "); } related_pin : "D0" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.011285 ,0.010925 ,0.010735 ,0.010475 ,0.010295 ,0.01019 ,0.01015 ",\ "0.01838 ,0.017745 ,0.0174 ,0.016915 ,0.01658 ,0.016375 ,0.016295 ",\ "0.02847 ,0.02751 ,0.02695 ,0.026165 ,0.02562 ,0.02528 ,0.02515 ",\ "0.04993 ,0.048465 ,0.047525 ,0.04615 ,0.045185 ,0.04459 ,0.044355 ",\ "0.06127 ,0.059635 ,0.05852 ,0.05686 ,0.05569 ,0.054965 ,0.054675 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.0186 ,0.017595 ,0.01709 ,0.01642 ,0.015985 ,0.01574 ,0.01569 ",\ "0.02564 ,0.024335 ,0.023625 ,0.022655 ,0.022015 ,0.02166 ,0.02158 ",\ "0.0356 ,0.03396 ,0.032985 ,0.03161 ,0.03069 ,0.03018 ,0.03007 ",\ "0.05669 ,0.054585 ,0.05313 ,0.05099 ,0.049535 ,0.04871 ,0.048505 ",\ "0.06779 ,0.065565 ,0.0639 ,0.0614 ,0.05968 ,0.058695 ,0.05843 "); } related_pin : "D1" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.011315 ,0.0109 ,0.01069 ,0.0104 ,0.0102 ,0.01008 ,0.01003 ",\ "0.0184 ,0.017715 ,0.01734 ,0.016815 ,0.016455 ,0.01623 ,0.016145 ",\ "0.028475 ,0.02747 ,0.026885 ,0.026045 ,0.02546 ,0.0251 ,0.02496 ",\ "0.049935 ,0.048435 ,0.04746 ,0.046025 ,0.045015 ,0.044385 ,0.044125 ",\ "0.06129 ,0.05962 ,0.058475 ,0.056755 ,0.05554 ,0.054775 ,0.054455 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.02081 ,0.01972 ,0.01915 ,0.01839 ,0.01789 ,0.017615 ,0.017555 ",\ "0.02775 ,0.026375 ,0.02561 ,0.024555 ,0.023855 ,0.02347 ,0.023385 ",\ "0.0376 ,0.035905 ,0.034885 ,0.033435 ,0.032465 ,0.03192 ,0.0318 ",\ "0.058575 ,0.056435 ,0.054935 ,0.05272 ,0.05121 ,0.05035 ,0.050135 ",\ "0.069675 ,0.06741 ,0.065695 ,0.06311 ,0.06133 ,0.060305 ,0.06003 "); } related_pin : "D2" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.010475 ,0.01007 ,0.00986 ,0.00958 ,0.00939 ,0.009275 ,0.00923 ",\ "0.01759 ,0.016915 ,0.016545 ,0.01603 ,0.015675 ,0.015455 ,0.01537 ",\ "0.027725 ,0.026725 ,0.02614 ,0.02531 ,0.024735 ,0.02438 ,0.02424 ",\ "0.04933 ,0.047835 ,0.046865 ,0.04544 ,0.04443 ,0.04381 ,0.043555 ",\ "0.060785 ,0.059115 ,0.05797 ,0.05626 ,0.05505 ,0.054295 ,0.053985 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.02171 ,0.020605 ,0.02003 ,0.01926 ,0.01876 ,0.01849 ,0.01844 ",\ "0.02869 ,0.02731 ,0.026535 ,0.02547 ,0.02477 ,0.02439 ,0.024325 ",\ "0.038595 ,0.0369 ,0.03587 ,0.03441 ,0.03344 ,0.03291 ,0.03281 ",\ "0.05966 ,0.057525 ,0.056025 ,0.05381 ,0.052305 ,0.051455 ,0.05126 ",\ "0.070795 ,0.06853 ,0.06682 ,0.064245 ,0.062475 ,0.061465 ,0.0612 "); } related_pin : "D3" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01344 ,0.013195 ,0.013065 ,0.012895 ,0.01278 ,0.012715 ,0.0127 ",\ "0.025855 ,0.025345 ,0.025095 ,0.02477 ,0.024545 ,0.02441 ,0.02436 ",\ "0.043325 ,0.042505 ,0.0421 ,0.04155 ,0.041175 ,0.040955 ,0.04087 ",\ "0.080275 ,0.079025 ,0.078305 ,0.077295 ,0.07661 ,0.07622 ,0.076105 ",\ "0.09972 ,0.09835 ,0.09748 ,0.09623 ,0.095385 ,0.09491 ,0.094795 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.01628 ,0.015615 ,0.015325 ,0.01496 ,0.014725 ,0.014605 ,0.01458 ",\ "0.02871 ,0.02781 ,0.02738 ,0.02682 ,0.02646 ,0.02626 ,0.026225 ",\ "0.046185 ,0.045005 ,0.04438 ,0.04354 ,0.04299 ,0.042695 ,0.04264 ",\ "0.083035 ,0.081475 ,0.08047 ,0.079035 ,0.07808 ,0.077575 ,0.077505 ",\ "0.10237 ,0.10071 ,0.09952 ,0.09777 ,0.09661 ,0.095995 ,0.09592 "); } related_pin : "SD1" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.02075 ,0.02027 ,0.019965 ,0.0195 ,0.019135 ,0.018855 ,0.01866 ",\ "0.033265 ,0.03261 ,0.032175 ,0.03151 ,0.031 ,0.03063 ,0.03039 ",\ "0.051425 ,0.050625 ,0.05005 ,0.049155 ,0.04847 ,0.047985 ,0.04768 ",\ "0.090765 ,0.09002 ,0.08932 ,0.08815 ,0.087215 ,0.086505 ,0.08602 ",\ "0.111885 ,0.111345 ,0.11066 ,0.109445 ,0.10843 ,0.107615 ,0.107005 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0057, 0.0227, 0.0452, 0.0903, 0.1354, 0.1806, 0.2257 "); values ("0.026345 ,0.025455 ,0.02498 ,0.0243 ,0.0238 ,0.02345 ,0.023235 ",\ "0.03963 ,0.038395 ,0.037595 ,0.036435 ,0.035655 ,0.035215 ,0.03511 ",\ "0.058175 ,0.05658 ,0.05546 ,0.05383 ,0.052775 ,0.05225 ,0.052245 ",\ "0.096805 ,0.094935 ,0.093595 ,0.091635 ,0.09036 ,0.08972 ,0.08971 ",\ "0.11685 ,0.115075 ,0.11383 ,0.112005 ,0.110785 ,0.110115 ,0.11 "); } related_pin : "SD2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2257 ; } pin(D0) { direction : input ; capacitance : 0.002087 ; max_transition : 2.7273 ; } pin(D1) { direction : input ; capacitance : 0.001769 ; max_transition : 2.7273 ; } pin(D2) { direction : input ; capacitance : 0.001769 ; max_transition : 2.7273 ; } pin(D3) { direction : input ; capacitance : 0.001663 ; max_transition : 2.7273 ; } pin(SD1) { direction : input ; capacitance : 0.003334 ; max_transition : 2.7273 ; } pin(SD2) { direction : input ; capacitance : 0.005144 ; max_transition : 2.7273 ; } } cell(NAND2_A) { area : 4 ; cell_footprint : NAND2 ; cell_leakage_power : 0.056757 ; pin(Z) { direction : output ; function : "(A*B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.02459 ,0.034035 ,0.04543 ,0.066605 ,0.08606 ,0.105185 ,0.12865 ",\ "0.059625 ,0.074715 ,0.09064 ,0.11904 ,0.14476 ,0.168255 ,0.18965 ",\ "0.09348 ,0.11625 ,0.138165 ,0.175815 ,0.209245 ,0.23941 ,0.266555 ",\ "0.147045 ,0.18094 ,0.212635 ,0.26576 ,0.311535 ,0.35145 ,0.38588 ",\ "0.180435 ,0.215225 ,0.24957 ,0.307865 ,0.3577 ,0.400305 ,0.435975 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.025915 ,0.04119 ,0.061495 ,0.101075 ,0.139125 ,0.17707 ,0.219305 ",\ "0.055985 ,0.07246 ,0.09479 ,0.13785 ,0.178245 ,0.215835 ,0.25056 ",\ "0.090355 ,0.109255 ,0.13539 ,0.185265 ,0.23092 ,0.272085 ,0.30865 ",\ "0.15196 ,0.17367 ,0.206785 ,0.270105 ,0.326425 ,0.37491 ,0.41529 ",\ "0.184685 ,0.2054 ,0.241005 ,0.310195 ,0.371375 ,0.42316 ,0.46512 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.00675 ,0.013 ,0.01955 ,0.031235 ,0.041875 ,0.05167 ,0.063815 ",\ "-0.003605 ,0.01041 ,0.02212 ,0.041235 ,0.058115 ,0.07361 ,0.08797 ",\ "-0.033275 ,-0.009285 ,0.00898 ,0.03733 ,0.061695 ,0.08377 ,0.10405 ",\ "-0.105815 ,-0.06941 ,-0.041755 ,0.0006 ,0.03613 ,0.067385 ,0.09511 ",\ "-0.129395 ,-0.093965 ,-0.06502 ,-0.019335 ,0.01907 ,0.052375 ,0.081195 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.019905 ,0.02712 ,0.03641 ,0.053675 ,0.06914 ,0.08431 ,0.104525 ",\ "0.054655 ,0.06377 ,0.075435 ,0.097085 ,0.11647 ,0.13356 ,0.148345 ",\ "0.09496 ,0.10734 ,0.122725 ,0.150925 ,0.17589 ,0.197635 ,0.216145 ",\ "0.16581 ,0.184625 ,0.207185 ,0.24734 ,0.28145 ,0.30959 ,0.331745 ",\ "0.200895 ,0.22201 ,0.247595 ,0.29268 ,0.330025 ,0.359645 ,0.38149 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.02715 ,0.036065 ,0.04704 ,0.06761 ,0.08665 ,0.10541 ,0.128145 ",\ "0.064895 ,0.078525 ,0.09353 ,0.120755 ,0.145685 ,0.16866 ,0.18976 ",\ "0.102095 ,0.122325 ,0.14276 ,0.178635 ,0.21092 ,0.24032 ,0.26703 ",\ "0.161855 ,0.191535 ,0.220835 ,0.271125 ,0.315055 ,0.353705 ,0.387335 ",\ "0.198155 ,0.228195 ,0.259795 ,0.314785 ,0.36241 ,0.403455 ,0.438075 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.02726 ,0.04247 ,0.062605 ,0.101715 ,0.13917 ,0.17648 ,0.218395 ",\ "0.055035 ,0.07192 ,0.09445 ,0.137625 ,0.17794 ,0.215295 ,0.249645 ",\ "0.085425 ,0.10549 ,0.132255 ,0.182795 ,0.228775 ,0.270025 ,0.306485 ",\ "0.135505 ,0.16075 ,0.19567 ,0.260845 ,0.318135 ,0.36709 ,0.40754 ",\ "0.160675 ,0.186675 ,0.224875 ,0.296605 ,0.359045 ,0.41139 ,0.45335 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.006875 ,0.01279 ,0.0191 ,0.030465 ,0.04089 ,0.050775 ,0.062735 ",\ "-0.003755 ,0.009175 ,0.020175 ,0.038205 ,0.054045 ,0.06845 ,0.081655 ",\ "-0.032725 ,-0.010545 ,0.00659 ,0.0332 ,0.055835 ,0.076035 ,0.094245 ",\ "-0.104835 ,-0.07009 ,-0.043605 ,-0.003205 ,0.03031 ,0.05936 ,0.08466 ",\ "-0.13095 ,-0.095915 ,-0.06757 ,-0.02324 ,0.013625 ,0.04523 ,0.07221 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.01663 ,0.0235 ,0.03263 ,0.050165 ,0.066615 ,0.08291 ,0.102355 ",\ "0.04524 ,0.05301 ,0.063615 ,0.083875 ,0.102555 ,0.11955 ,0.134825 ",\ "0.07875 ,0.08856 ,0.101825 ,0.126815 ,0.14933 ,0.16924 ,0.18649 ",\ "0.13618 ,0.15054 ,0.169295 ,0.20353 ,0.233005 ,0.25756 ,0.27712 ",\ "0.163365 ,0.17958 ,0.200815 ,0.239175 ,0.271475 ,0.29751 ,0.317165 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.002365 ,0.002315 ,0.00229 ,0.002265 ,0.00226 ,0.00226 ,0.00227 ",\ "0.00467 ,0.00439 ,0.004235 ,0.004045 ,0.00392 ,0.00383 ,0.003775 ",\ "0.007925 ,0.00738 ,0.007055 ,0.006645 ,0.00635 ,0.00614 ,0.005995 ",\ "0.014865 ,0.01398 ,0.01337 ,0.01253 ,0.01191 ,0.01145 ,0.011145 ",\ "0.018545 ,0.01758 ,0.01686 ,0.015815 ,0.01503 ,0.01445 ,0.01407 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.000875 ,0.000825 ,0.0008 ,0.000775 ,0.000765 ,0.000765 ,0.000775 ",\ "0.003175 ,0.002925 ,0.002765 ,0.002555 ,0.0024 ,0.002295 ,0.00223 ",\ "0.00644 ,0.005995 ,0.00568 ,0.00524 ,0.00491 ,0.004665 ,0.004495 ",\ "0.01342 ,0.012855 ,0.01236 ,0.01157 ,0.01094 ,0.01044 ,0.01007 ",\ "0.01713 ,0.01664 ,0.016115 ,0.01521 ,0.014455 ,0.013845 ,0.01338 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.00284 ,0.002785 ,0.00276 ,0.002725 ,0.00271 ,0.002705 ,0.00271 ",\ "0.00512 ,0.004905 ,0.00476 ,0.00457 ,0.00443 ,0.00433 ,0.004265 ",\ "0.008305 ,0.00791 ,0.007635 ,0.007245 ,0.006945 ,0.00672 ,0.006565 ",\ "0.015 ,0.01443 ,0.013955 ,0.01323 ,0.01266 ,0.012215 ,0.01189 ",\ "0.01851 ,0.017935 ,0.0174 ,0.016545 ,0.015855 ,0.015315 ,0.014915 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0008, 0.003, 0.006, 0.0119, 0.0178, 0.0237, 0.0296 "); values ("0.00074 ,0.000685 ,0.00066 ,0.00064 ,0.00063 ,0.000625 ,0.000635 ",\ "0.00289 ,0.002635 ,0.00248 ,0.002295 ,0.002165 ,0.002075 ,0.00202 ",\ "0.005975 ,0.00552 ,0.00522 ,0.004825 ,0.00453 ,0.00431 ,0.004165 ",\ "0.012675 ,0.012095 ,0.0116 ,0.01083 ,0.01022 ,0.00974 ,0.009395 ",\ "0.016275 ,0.015775 ,0.015235 ,0.014305 ,0.013545 ,0.012935 ,0.012475 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0296 ; } pin(A) { direction : input ; capacitance : 0.001159 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001159 ; max_transition : 2.7273 ; } } cell(NAND2_B) { area : 4 ; cell_footprint : NAND2 ; cell_leakage_power : 0.037794 ; pin(Z) { direction : output ; function : "(A*B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.022145 ,0.032275 ,0.044 ,0.06573 ,0.08728 ,0.111035 ,0.13482 ",\ "0.05315 ,0.0704 ,0.08683 ,0.115495 ,0.14158 ,0.16573 ,0.188085 ",\ "0.081275 ,0.108035 ,0.13087 ,0.16897 ,0.20299 ,0.23422 ,0.26294 ",\ "0.12409 ,0.163375 ,0.196085 ,0.24971 ,0.29669 ,0.33889 ,0.376665 ",\ "0.153625 ,0.192775 ,0.22758 ,0.28603 ,0.33732 ,0.38291 ,0.42298 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.024525 ,0.041665 ,0.0636 ,0.10401 ,0.14465 ,0.19269 ,0.240815 ",\ "0.054615 ,0.073825 ,0.098755 ,0.145155 ,0.186615 ,0.22299 ,0.254175 ",\ "0.089445 ,0.11166 ,0.140995 ,0.196005 ,0.24545 ,0.289015 ,0.32652 ",\ "0.15407 ,0.1794 ,0.21617 ,0.2861 ,0.348445 ,0.402235 ,0.44703 ",\ "0.189055 ,0.21318 ,0.252395 ,0.328075 ,0.394985 ,0.45153 ,0.49706 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.00727 ,0.014215 ,0.021565 ,0.03524 ,0.048485 ,0.061515 ,0.07439 ",\ "0.00035 ,0.01559 ,0.02795 ,0.0483 ,0.06672 ,0.08415 ,0.100855 ",\ "-0.023925 ,0.00205 ,0.021035 ,0.05031 ,0.07568 ,0.098995 ,0.120775 ",\ "-0.085995 ,-0.04684 ,-0.01829 ,0.025235 ,0.062195 ,0.095335 ,0.125435 ",\ "-0.105715 ,-0.067805 ,-0.037925 ,0.00943 ,0.05018 ,0.08668 ,0.11957 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.019565 ,0.028115 ,0.03868 ,0.05732 ,0.076125 ,0.100145 ,0.124245 ",\ "0.053855 ,0.064925 ,0.0783 ,0.102355 ,0.123035 ,0.140315 ,0.15413 ",\ "0.09366 ,0.10871 ,0.126325 ,0.158135 ,0.18598 ,0.209845 ,0.22962 ",\ "0.16493 ,0.18679 ,0.21201 ,0.256945 ,0.295415 ,0.327285 ,0.352325 ",\ "0.20143 ,0.22505 ,0.25312 ,0.30287 ,0.34442 ,0.377405 ,0.401485 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.02465 ,0.03425 ,0.04562 ,0.066935 ,0.088145 ,0.11131 ,0.134525 ",\ "0.05848 ,0.074125 ,0.08965 ,0.11727 ,0.142745 ,0.16658 ,0.188865 ",\ "0.090275 ,0.11417 ,0.135465 ,0.17183 ,0.20478 ,0.23534 ,0.263705 ",\ "0.140135 ,0.17478 ,0.20496 ,0.255675 ,0.30079 ,0.341715 ,0.37866 ",\ "0.172825 ,0.206935 ,0.238895 ,0.293955 ,0.34303 ,0.38707 ,0.42611 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.025705 ,0.04242 ,0.0638 ,0.1033 ,0.14301 ,0.189625 ,0.236315 ",\ "0.053395 ,0.07267 ,0.097375 ,0.143205 ,0.18414 ,0.220075 ,0.250935 ",\ "0.08402 ,0.10723 ,0.136915 ,0.191985 ,0.241125 ,0.28415 ,0.32092 ",\ "0.136555 ,0.165675 ,0.204315 ,0.27585 ,0.33847 ,0.39159 ,0.434905 ",\ "0.16358 ,0.193445 ,0.23549 ,0.313675 ,0.381185 ,0.437015 ,0.48069 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.007175 ,0.01379 ,0.02094 ,0.034285 ,0.047165 ,0.060415 ,0.073615 ",\ "-0.000685 ,0.01333 ,0.025055 ,0.04447 ,0.061905 ,0.078195 ,0.09358 ",\ "-0.025035 ,-0.00121 ,0.01669 ,0.044445 ,0.068255 ,0.089765 ,0.109475 ",\ "-0.087605 ,-0.05076 ,-0.023395 ,0.01834 ,0.05334 ,0.08419 ,0.11165 ",\ "-0.10999 ,-0.07313 ,-0.04389 ,0.002155 ,0.041225 ,0.075655 ,0.106125 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.016265 ,0.024525 ,0.035175 ,0.05484 ,0.074675 ,0.09818 ,0.12175 ",\ "0.044185 ,0.05365 ,0.06604 ,0.08918 ,0.10988 ,0.128005 ,0.143475 ",\ "0.07703 ,0.08883 ,0.10417 ,0.13284 ,0.1585 ,0.180935 ,0.200005 ",\ "0.134685 ,0.150945 ,0.171915 ,0.210525 ,0.24414 ,0.27234 ,0.294855 ",\ "0.16309 ,0.18069 ,0.20394 ,0.24651 ,0.28279 ,0.312175 ,0.334285 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.003795 ,0.0037 ,0.00365 ,0.003605 ,0.003585 ,0.003585 ,0.003605 ",\ "0.008215 ,0.007665 ,0.007365 ,0.006975 ,0.0067 ,0.00652 ,0.006425 ",\ "0.01443 ,0.01337 ,0.012745 ,0.011895 ,0.01128 ,0.01085 ,0.01059 ",\ "0.027665 ,0.02598 ,0.02481 ,0.02308 ,0.021785 ,0.020855 ,0.020275 ",\ "0.034675 ,0.032875 ,0.03148 ,0.029335 ,0.027705 ,0.02653 ,0.025795 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.00163 ,0.001525 ,0.001475 ,0.001425 ,0.0014 ,0.0014 ,0.00142 ",\ "0.006015 ,0.00548 ,0.005165 ,0.00473 ,0.00442 ,0.004215 ,0.0041 ",\ "0.01224 ,0.011275 ,0.01064 ,0.009725 ,0.009045 ,0.008555 ,0.008255 ",\ "0.025575 ,0.02432 ,0.02325 ,0.021535 ,0.02018 ,0.01915 ,0.018445 ",\ "0.032675 ,0.031565 ,0.030375 ,0.02834 ,0.026685 ,0.0254 ,0.024475 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.004625 ,0.00452 ,0.00446 ,0.00439 ,0.00435 ,0.00434 ,0.00435 ",\ "0.00906 ,0.008625 ,0.008335 ,0.00792 ,0.007615 ,0.007405 ,0.007285 ",\ "0.01523 ,0.01445 ,0.013895 ,0.013055 ,0.012415 ,0.01195 ,0.011655 ",\ "0.028175 ,0.027055 ,0.026105 ,0.024585 ,0.023385 ,0.02247 ,0.021835 ",\ "0.034945 ,0.033825 ,0.032755 ,0.03098 ,0.02955 ,0.02844 ,0.027645 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0062, 0.0123, 0.0244, 0.0366, 0.0488, 0.0609 "); values ("0.001395 ,0.00129 ,0.001245 ,0.001195 ,0.001175 ,0.00117 ,0.001185 ",\ "0.00553 ,0.004985 ,0.00469 ,0.004305 ,0.004035 ,0.003855 ,0.003765 ",\ "0.011475 ,0.010495 ,0.009895 ,0.009055 ,0.008445 ,0.00801 ,0.007745 ",\ "0.024405 ,0.02314 ,0.022085 ,0.02041 ,0.019095 ,0.01811 ,0.017435 ",\ "0.03138 ,0.03027 ,0.02907 ,0.027005 ,0.02534 ,0.02405 ,0.023135 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0609 ; } pin(A) { direction : input ; capacitance : 0.001539 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001540 ; max_transition : 2.7273 ; } } cell(NAND2_C) { area : 4 ; cell_footprint : NAND2 ; cell_leakage_power : 0.104738 ; pin(Z) { direction : output ; function : "(A*B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.0204 ,0.03078 ,0.043195 ,0.067285 ,0.090765 ,0.11422 ,0.13768 ",\ "0.0492 ,0.066225 ,0.082195 ,0.11133 ,0.13993 ,0.16736 ,0.19468 ",\ "0.07537 ,0.1017 ,0.12296 ,0.158995 ,0.19294 ,0.226215 ,0.25948 ",\ "0.11403 ,0.153355 ,0.183645 ,0.232845 ,0.27739 ,0.319645 ,0.360215 ",\ "0.139715 ,0.17938 ,0.212165 ,0.26669 ,0.31603 ,0.36241 ,0.40644 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.02406 ,0.041665 ,0.063175 ,0.10275 ,0.153245 ,0.203915 ,0.254705 ",\ "0.05497 ,0.07496 ,0.09975 ,0.14372 ,0.17986 ,0.219715 ,0.27887 ",\ "0.09151 ,0.11467 ,0.14403 ,0.198115 ,0.245155 ,0.28447 ,0.315655 ",\ "0.16137 ,0.18731 ,0.2241 ,0.294895 ,0.35851 ,0.413215 ,0.458145 ",\ "0.19937 ,0.22367 ,0.26283 ,0.339815 ,0.408855 ,0.46741 ,0.514315 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.007005 ,0.01427 ,0.022735 ,0.03893 ,0.05278 ,0.06648 ,0.08011 ",\ "0.001435 ,0.01629 ,0.029 ,0.051555 ,0.074075 ,0.09288 ,0.109815 ",\ "-0.019945 ,0.005105 ,0.023785 ,0.053445 ,0.080475 ,0.10695 ,0.131625 ",\ "-0.076675 ,-0.03848 ,-0.010385 ,0.032275 ,0.068805 ,0.102615 ,0.1349 ",\ "-0.09586 ,-0.058405 ,-0.028355 ,0.01891 ,0.059745 ,0.09745 ,0.13327 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.01956 ,0.028645 ,0.039505 ,0.059515 ,0.085055 ,0.110755 ,0.136565 ",\ "0.05442 ,0.066125 ,0.079425 ,0.10275 ,0.121975 ,0.14343 ,0.17565 ",\ "0.09539 ,0.11129 ,0.128655 ,0.15974 ,0.186585 ,0.20884 ,0.226195 ",\ "0.17004 ,0.1924 ,0.217105 ,0.26195 ,0.30106 ,0.33358 ,0.358885 ",\ "0.20852 ,0.231855 ,0.259285 ,0.30959 ,0.352975 ,0.38812 ,0.414195 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.0229 ,0.032715 ,0.04472 ,0.0683 ,0.0912 ,0.114115 ,0.13706 ",\ "0.05484 ,0.070225 ,0.085265 ,0.11327 ,0.14107 ,0.16808 ,0.19481 ",\ "0.08513 ,0.108555 ,0.12827 ,0.16256 ,0.195345 ,0.22769 ,0.26011 ",\ "0.131875 ,0.166495 ,0.194225 ,0.240565 ,0.28326 ,0.324065 ,0.363375 ",\ "0.161245 ,0.195805 ,0.22566 ,0.276805 ,0.323935 ,0.36861 ,0.411165 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.02527 ,0.04262 ,0.063925 ,0.10347 ,0.15268 ,0.20206 ,0.251555 ",\ "0.05337 ,0.073625 ,0.09843 ,0.14262 ,0.17948 ,0.21977 ,0.277955 ",\ "0.08503 ,0.109505 ,0.139425 ,0.19402 ,0.2414 ,0.28106 ,0.312655 ",\ "0.14183 ,0.17217 ,0.211 ,0.28349 ,0.347455 ,0.401635 ,0.445315 ",\ "0.17191 ,0.20265 ,0.244755 ,0.32423 ,0.393925 ,0.451965 ,0.497375 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.00682 ,0.01379 ,0.021895 ,0.037305 ,0.051085 ,0.06472 ,0.07827 ",\ "-0.00029 ,0.01362 ,0.02572 ,0.046815 ,0.067215 ,0.084865 ,0.10138 ",\ "-0.022555 ,0.00081 ,0.01859 ,0.04651 ,0.07125 ,0.094785 ,0.11682 ",\ "-0.08104 ,-0.04462 ,-0.01745 ,0.023395 ,0.05758 ,0.08849 ,0.117375 ",\ "-0.10323 ,-0.06643 ,-0.03683 ,0.009 ,0.0477 ,0.082705 ,0.11537 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.016225 ,0.02504 ,0.03604 ,0.056725 ,0.082125 ,0.10767 ,0.13331 ",\ "0.04467 ,0.054685 ,0.067255 ,0.09007 ,0.109435 ,0.13086 ,0.16192 ",\ "0.07857 ,0.090925 ,0.106355 ,0.13502 ,0.160135 ,0.18111 ,0.1976 ",\ "0.13934 ,0.15554 ,0.176405 ,0.21588 ,0.250765 ,0.27984 ,0.30242 ",\ "0.169635 ,0.18641 ,0.209425 ,0.253425 ,0.29202 ,0.32355 ,0.34712 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.00699 ,0.00677 ,0.00666 ,0.006525 ,0.00646 ,0.00645 ,0.00649 ",\ "0.01645 ,0.015325 ,0.014655 ,0.01371 ,0.013035 ,0.012595 ,0.012385 ",\ "0.029765 ,0.027635 ,0.026265 ,0.02425 ,0.022765 ,0.021745 ,0.021175 ",\ "0.05814 ,0.05484 ,0.052295 ,0.04831 ,0.045285 ,0.04314 ,0.04186 ",\ "0.07318 ,0.069725 ,0.066705 ,0.061825 ,0.05807 ,0.055385 ,0.053745 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.00333 ,0.003095 ,0.002985 ,0.00286 ,0.0028 ,0.002795 ,0.002845 ",\ "0.01267 ,0.011505 ,0.010795 ,0.009775 ,0.009045 ,0.008575 ,0.008345 ",\ "0.02595 ,0.023845 ,0.02242 ,0.02028 ,0.01868 ,0.01757 ,0.01693 ",\ "0.054565 ,0.05176 ,0.0493 ,0.045275 ,0.04211 ,0.039745 ,0.03818 ",\ "0.06987 ,0.067315 ,0.064535 ,0.059755 ,0.05589 ,0.05292 ,0.05084 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.008575 ,0.00835 ,0.00821 ,0.00802 ,0.007905 ,0.00786 ,0.00788 ",\ "0.018135 ,0.017235 ,0.01658 ,0.01558 ,0.01484 ,0.01434 ,0.014075 ",\ "0.031435 ,0.029835 ,0.02858 ,0.026605 ,0.025095 ,0.024015 ,0.02336 ",\ "0.05933 ,0.05703 ,0.054925 ,0.05145 ,0.048695 ,0.04661 ,0.0452 ",\ "0.0739 ,0.07161 ,0.069265 ,0.065265 ,0.062025 ,0.05952 ,0.057745 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0033, 0.0129, 0.0257, 0.0514, 0.077, 0.1027, 0.1283 "); values ("0.002855 ,0.00263 ,0.002535 ,0.002425 ,0.002365 ,0.002355 ,0.002385 ",\ "0.01166 ,0.010485 ,0.009835 ,0.00894 ,0.008305 ,0.007895 ,0.007695 ",\ "0.024365 ,0.02223 ,0.020905 ,0.018955 ,0.01752 ,0.01652 ,0.01595 ",\ "0.05223 ,0.04941 ,0.046985 ,0.043055 ,0.03998 ,0.0377 ,0.036205 ",\ "0.06736 ,0.064815 ,0.061985 ,0.057125 ,0.053215 ,0.05024 ,0.048195 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1283 ; } pin(A) { direction : input ; capacitance : 0.002404 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002346 ; max_transition : 2.7273 ; } } cell(NAND3_A) { area : 6 ; cell_footprint : NAND3 ; cell_leakage_power : 0.047263 ; pin(Z) { direction : output ; function : "(A*B*C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.02664 ,0.035435 ,0.046125 ,0.066255 ,0.085095 ,0.104585 ,0.12644 ",\ "0.062555 ,0.076535 ,0.09134 ,0.11796 ,0.14236 ,0.16495 ,0.185825 ",\ "0.097315 ,0.118515 ,0.138955 ,0.174295 ,0.20594 ,0.23475 ,0.260935 ",\ "0.151715 ,0.183245 ,0.2129 ,0.262985 ,0.306515 ,0.344795 ,0.378125 ",\ "0.1849 ,0.21697 ,0.249045 ,0.304065 ,0.35161 ,0.392685 ,0.427495 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.028665 ,0.043565 ,0.063455 ,0.102275 ,0.13964 ,0.17846 ,0.219905 ",\ "0.059675 ,0.075505 ,0.09723 ,0.139265 ,0.17879 ,0.21562 ,0.249695 ",\ "0.0951 ,0.11305 ,0.13826 ,0.18662 ,0.231045 ,0.2712 ,0.306965 ",\ "0.156875 ,0.17746 ,0.20922 ,0.2703 ,0.324965 ,0.37238 ,0.41224 ",\ "0.188975 ,0.20871 ,0.24286 ,0.309595 ,0.3691 ,0.42002 ,0.461895 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.008305 ,0.01415 ,0.020455 ,0.031905 ,0.0425 ,0.05241 ,0.064375 ",\ "-0.000305 ,0.012275 ,0.0231 ,0.04115 ,0.05735 ,0.072425 ,0.086585 ",\ "-0.02769 ,-0.006155 ,0.010605 ,0.03712 ,0.060285 ,0.081555 ,0.101355 ",\ "-0.09729 ,-0.064015 ,-0.038485 ,0.00113 ,0.03485 ,0.064945 ,0.09207 ",\ "-0.12124 ,-0.088395 ,-0.061495 ,-0.018645 ,0.017865 ,0.05002 ,0.07838 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.02158 ,0.028815 ,0.03829 ,0.056085 ,0.072245 ,0.089895 ,0.11051 ",\ "0.056325 ,0.06478 ,0.0761 ,0.09748 ,0.116885 ,0.134225 ,0.149465 ",\ "0.097635 ,0.10855 ,0.122995 ,0.150055 ,0.17436 ,0.195795 ,0.214285 ",\ "0.17077 ,0.18702 ,0.207705 ,0.24528 ,0.277605 ,0.30454 ,0.325995 ",\ "0.206075 ,0.224525 ,0.24797 ,0.28995 ,0.325085 ,0.353175 ,0.3741 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.030145 ,0.03879 ,0.04958 ,0.07001 ,0.089135 ,0.109285 ,0.13166 ",\ "0.06972 ,0.0825 ,0.09689 ,0.123335 ,0.147795 ,0.170535 ,0.19161 ",\ "0.10934 ,0.128115 ,0.147565 ,0.18218 ,0.213635 ,0.242495 ,0.2689 ",\ "0.17248 ,0.19992 ,0.22773 ,0.27616 ,0.318915 ,0.35684 ,0.39011 ",\ "0.20918 ,0.236845 ,0.266845 ,0.319845 ,0.366285 ,0.406695 ,0.441145 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.03105 ,0.04628 ,0.06657 ,0.106155 ,0.14425 ,0.18383 ,0.22605 ",\ "0.059855 ,0.07619 ,0.098385 ,0.141255 ,0.18156 ,0.21915 ,0.25397 ",\ "0.091895 ,0.110825 ,0.136745 ,0.18619 ,0.231565 ,0.27262 ,0.30926 ",\ "0.14343 ,0.16701 ,0.200385 ,0.263355 ,0.319375 ,0.3679 ,0.40872 ",\ "0.16804 ,0.192505 ,0.229 ,0.29823 ,0.359315 ,0.41141 ,0.454205 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.008605 ,0.014275 ,0.02048 ,0.0318 ,0.042285 ,0.05268 ,0.064565 ",\ "-0.000835 ,0.011105 ,0.021575 ,0.03906 ,0.05463 ,0.068945 ,0.08219 ",\ "-0.02808 ,-0.00769 ,0.00849 ,0.03412 ,0.056245 ,0.076215 ,0.09442 ",\ "-0.09817 ,-0.065965 ,-0.04087 ,-0.001925 ,0.030835 ,0.059575 ,0.08492 ",\ "-0.12527 ,-0.09253 ,-0.06551 ,-0.022615 ,0.013525 ,0.044875 ,0.07201 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.018685 ,0.02574 ,0.03524 ,0.053645 ,0.071085 ,0.08947 ,0.109715 ",\ "0.047725 ,0.05512 ,0.065705 ,0.086255 ,0.105415 ,0.12302 ,0.13902 ",\ "0.082805 ,0.091525 ,0.104305 ,0.128935 ,0.151425 ,0.171525 ,0.189125 ",\ "0.143255 ,0.15547 ,0.173015 ,0.20595 ,0.23477 ,0.25909 ,0.278765 ",\ "0.170605 ,0.18453 ,0.204395 ,0.24123 ,0.27278 ,0.29861 ,0.318535 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.032785 ,0.041225 ,0.051915 ,0.07237 ,0.091775 ,0.112035 ,0.13414 ",\ "0.074795 ,0.08688 ,0.100845 ,0.126795 ,0.151015 ,0.17371 ,0.19491 ",\ "0.117525 ,0.13498 ,0.15363 ,0.18723 ,0.21796 ,0.246275 ,0.272265 ",\ "0.18647 ,0.21123 ,0.23753 ,0.28412 ,0.32557 ,0.36248 ,0.39493 ",\ "0.225925 ,0.250125 ,0.278245 ,0.329085 ,0.37411 ,0.413525 ,0.447275 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.033405 ,0.04875 ,0.06925 ,0.10936 ,0.148085 ,0.188195 ,0.230815 ",\ "0.061915 ,0.078255 ,0.10062 ,0.143945 ,0.18478 ,0.22295 ,0.2584 ",\ "0.093355 ,0.11216 ,0.138155 ,0.1879 ,0.23363 ,0.27507 ,0.312115 ",\ "0.142745 ,0.16592 ,0.19919 ,0.26224 ,0.318505 ,0.36738 ,0.408655 ",\ "0.166445 ,0.19026 ,0.226525 ,0.29574 ,0.357115 ,0.409725 ,0.453235 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.007795 ,0.013065 ,0.01899 ,0.029935 ,0.04019 ,0.05021 ,0.06163 ",\ "-0.004265 ,0.00619 ,0.015625 ,0.03158 ,0.045865 ,0.059025 ,0.071225 ",\ "-0.033465 ,-0.015775 ,-0.001495 ,0.021285 ,0.04098 ,0.058735 ,0.074885 ",\ "-0.10659 ,-0.07803 ,-0.055845 ,-0.021495 ,0.007365 ,0.03268 ,0.05503 ",\ "-0.136915 ,-0.107075 ,-0.082915 ,-0.044885 ,-0.012895 ,0.014935 ,0.039165 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.01649 ,0.0233 ,0.032635 ,0.051055 ,0.068945 ,0.08742 ,0.107015 ",\ "0.042925 ,0.049435 ,0.05922 ,0.07862 ,0.09709 ,0.114435 ,0.130585 ",\ "0.076415 ,0.08335 ,0.0945 ,0.11655 ,0.13704 ,0.155645 ,0.172235 ",\ "0.135795 ,0.14456 ,0.15898 ,0.186975 ,0.21196 ,0.23341 ,0.25112 ",\ "0.16273 ,0.17258 ,0.188715 ,0.21975 ,0.246985 ,0.269815 ,0.28801 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.0033 ,0.00325 ,0.00323 ,0.003205 ,0.0032 ,0.00321 ,0.003225 ",\ "0.00605 ,0.005765 ,0.005595 ,0.00538 ,0.00523 ,0.00513 ,0.005065 ",\ "0.009955 ,0.009385 ,0.00903 ,0.008555 ,0.008205 ,0.00795 ,0.00778 ",\ "0.018325 ,0.017395 ,0.01672 ,0.015745 ,0.015005 ,0.01446 ,0.014095 ",\ "0.022785 ,0.02177 ,0.02097 ,0.01976 ,0.018835 ,0.018145 ,0.01769 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.00139 ,0.00134 ,0.00131 ,0.00128 ,0.001265 ,0.00126 ,0.00127 ",\ "0.004125 ,0.003865 ,0.00369 ,0.00345 ,0.003275 ,0.00315 ,0.00307 ",\ "0.00803 ,0.00756 ,0.007215 ,0.00671 ,0.006325 ,0.006035 ,0.005835 ",\ "0.016455 ,0.015845 ,0.01527 ,0.014325 ,0.013565 ,0.012965 ,0.012525 ",\ "0.02096 ,0.020425 ,0.01979 ,0.01868 ,0.017755 ,0.01701 ,0.016445 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.00395 ,0.0039 ,0.003875 ,0.003845 ,0.00383 ,0.00383 ,0.00384 ",\ "0.006595 ,0.006375 ,0.006225 ,0.00601 ,0.005855 ,0.00574 ,0.00567 ",\ "0.010315 ,0.009915 ,0.009615 ,0.00917 ,0.00883 ,0.008575 ,0.008395 ",\ "0.01819 ,0.0176 ,0.017085 ,0.01626 ,0.015605 ,0.015095 ,0.014725 ",\ "0.022335 ,0.02174 ,0.021155 ,0.02019 ,0.019405 ,0.018785 ,0.01833 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.00118 ,0.001135 ,0.00111 ,0.00109 ,0.00108 ,0.001085 ,0.0011 ",\ "0.003675 ,0.00342 ,0.00326 ,0.00305 ,0.002905 ,0.002805 ,0.00275 ",\ "0.007285 ,0.006815 ,0.006495 ,0.00604 ,0.0057 ,0.005455 ,0.005295 ",\ "0.01515 ,0.014535 ,0.01398 ,0.01309 ,0.012375 ,0.011815 ,0.01141 ",\ "0.01939 ,0.01885 ,0.018225 ,0.017145 ,0.016245 ,0.015525 ,0.01498 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.004665 ,0.00462 ,0.004595 ,0.004565 ,0.004555 ,0.004555 ,0.00457 ",\ "0.0074 ,0.0072 ,0.007055 ,0.006845 ,0.00669 ,0.006575 ,0.006505 ",\ "0.01125 ,0.010875 ,0.01059 ,0.010155 ,0.009815 ,0.009555 ,0.009375 ",\ "0.019395 ,0.018845 ,0.01835 ,0.017545 ,0.016895 ,0.016385 ,0.01601 ",\ "0.02369 ,0.02313 ,0.02257 ,0.021625 ,0.02085 ,0.02023 ,0.01977 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.001, 0.0035, 0.007, 0.0138, 0.0207, 0.0275, 0.0344 "); values ("0.001145 ,0.00109 ,0.001065 ,0.001035 ,0.001015 ,0.00101 ,0.001015 ",\ "0.003625 ,0.003395 ,0.00325 ,0.003045 ,0.0029 ,0.0028 ,0.002735 ",\ "0.00729 ,0.00687 ,0.00657 ,0.006135 ,0.005805 ,0.00556 ,0.0054 ",\ "0.015475 ,0.0149 ,0.014365 ,0.01349 ,0.01279 ,0.01224 ,0.011835 ",\ "0.019995 ,0.01945 ,0.018835 ,0.01776 ,0.016865 ,0.01615 ,0.01561 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0344 ; } pin(A) { direction : input ; capacitance : 0.001381 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001301 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001367 ; max_transition : 2.7273 ; } } cell(NAND3_B) { area : 6 ; cell_footprint : NAND3 ; cell_leakage_power : 0.060081 ; pin(Z) { direction : output ; function : "(A*B*C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.023915 ,0.0334 ,0.04457 ,0.06566 ,0.08635 ,0.10882 ,0.13134 ",\ "0.056355 ,0.07206 ,0.087215 ,0.114145 ,0.13921 ,0.16295 ,0.18547 ",\ "0.086645 ,0.110935 ,0.131725 ,0.166905 ,0.198965 ,0.229015 ,0.25726 ",\ "0.133055 ,0.16918 ,0.19889 ,0.248025 ,0.29189 ,0.33215 ,0.369065 ",\ "0.163055 ,0.1994 ,0.231105 ,0.284735 ,0.33274 ,0.37643 ,0.41591 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.02671 ,0.04303 ,0.064025 ,0.102755 ,0.14396 ,0.19011 ,0.23635 ",\ "0.05776 ,0.07556 ,0.09906 ,0.14309 ,0.182635 ,0.217475 ,0.249495 ",\ "0.093715 ,0.11397 ,0.141395 ,0.19339 ,0.24055 ,0.28243 ,0.31879 ",\ "0.15931 ,0.18214 ,0.216245 ,0.282 ,0.341325 ,0.39308 ,0.436715 ",\ "0.194385 ,0.21602 ,0.25228 ,0.3232 ,0.38667 ,0.440925 ,0.485195 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.008055 ,0.014485 ,0.02155 ,0.03502 ,0.048085 ,0.061025 ,0.073935 ",\ "0.001395 ,0.014905 ,0.026305 ,0.045585 ,0.06345 ,0.08068 ,0.098025 ",\ "-0.02251 ,0.00051 ,0.017825 ,0.045145 ,0.06929 ,0.091865 ,0.113335 ",\ "-0.08488 ,-0.04953 ,-0.02339 ,0.016995 ,0.051775 ,0.08344 ,0.1127 ",\ "-0.106135 ,-0.071415 ,-0.04391 ,5.5e-05 ,0.038355 ,0.07317 ,0.105115 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.020995 ,0.029455 ,0.0401 ,0.05925 ,0.08004 ,0.104105 ,0.12826 ",\ "0.05551 ,0.06569 ,0.07845 ,0.101885 ,0.122485 ,0.140135 ,0.156015 ",\ "0.09666 ,0.10989 ,0.126115 ,0.15611 ,0.182905 ,0.206305 ,0.226135 ",\ "0.17096 ,0.189875 ,0.212535 ,0.25379 ,0.28978 ,0.320105 ,0.344415 ",\ "0.207885 ,0.228595 ,0.2538 ,0.29927 ,0.337905 ,0.369105 ,0.3924 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.027385 ,0.0366 ,0.047735 ,0.06899 ,0.089995 ,0.112625 ,0.13532 ",\ "0.06355 ,0.07794 ,0.09259 ,0.119185 ,0.144195 ,0.168005 ,0.190665 ",\ "0.098845 ,0.120615 ,0.140405 ,0.174815 ,0.206545 ,0.2364 ,0.264505 ",\ "0.154535 ,0.186425 ,0.21443 ,0.262125 ,0.30519 ,0.34477 ,0.380965 ",\ "0.18823 ,0.220015 ,0.24984 ,0.30182 ,0.34881 ,0.391565 ,0.430015 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.028815 ,0.045415 ,0.06686 ,0.10689 ,0.149095 ,0.19564 ,0.24227 ",\ "0.05756 ,0.075975 ,0.100065 ,0.145295 ,0.18621 ,0.222625 ,0.25634 ",\ "0.089825 ,0.111445 ,0.139885 ,0.193365 ,0.241695 ,0.28455 ,0.321735 ",\ "0.14384 ,0.170585 ,0.20708 ,0.2757 ,0.336725 ,0.389385 ,0.433265 ",\ "0.17051 ,0.198 ,0.23764 ,0.31252 ,0.37839 ,0.434055 ,0.47894 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.00827 ,0.01456 ,0.021525 ,0.0347 ,0.047575 ,0.060415 ,0.073295 ",\ "0.00015 ,0.01314 ,0.0243 ,0.043085 ,0.06019 ,0.076355 ,0.09181 ",\ "-0.02445 ,-0.0024 ,0.014565 ,0.04127 ,0.064445 ,0.0856 ,0.10521 ",\ "-0.08849 ,-0.054055 ,-0.02797 ,0.012285 ,0.046325 ,0.076575 ,0.10378 ",\ "-0.11311 ,-0.078385 ,-0.050325 ,-0.00571 ,0.032405 ,0.06624 ,0.096485 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.01804 ,0.026285 ,0.03702 ,0.05697 ,0.078215 ,0.10197 ,0.1258 ",\ "0.046935 ,0.055785 ,0.06775 ,0.09038 ,0.110815 ,0.12885 ,0.14545 ",\ "0.08177 ,0.09228 ,0.106605 ,0.133875 ,0.15862 ,0.1805 ,0.19931 ",\ "0.142715 ,0.15706 ,0.176195 ,0.212145 ,0.24408 ,0.27141 ,0.293775 ",\ "0.17133 ,0.18728 ,0.20855 ,0.24816 ,0.28268 ,0.311365 ,0.333765 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.02991 ,0.03895 ,0.05006 ,0.071515 ,0.09274 ,0.1153 ,0.13793 ",\ "0.068585 ,0.082155 ,0.096365 ,0.12255 ,0.14746 ,0.171395 ,0.194375 ",\ "0.10713 ,0.12731 ,0.146205 ,0.17958 ,0.21067 ,0.240125 ,0.268015 ",\ "0.169015 ,0.197945 ,0.224265 ,0.26993 ,0.31162 ,0.35018 ,0.385615 ",\ "0.205625 ,0.233845 ,0.26165 ,0.31122 ,0.35662 ,0.398245 ,0.435895 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.0309 ,0.047435 ,0.068805 ,0.108625 ,0.150685 ,0.19721 ,0.243825 ",\ "0.05916 ,0.077425 ,0.10144 ,0.146545 ,0.187315 ,0.22355 ,0.25705 ",\ "0.090645 ,0.11198 ,0.14026 ,0.19356 ,0.241775 ,0.28455 ,0.32168 ",\ "0.14257 ,0.16871 ,0.204805 ,0.272925 ,0.33365 ,0.38615 ,0.430005 ",\ "0.16834 ,0.19497 ,0.234025 ,0.308135 ,0.373485 ,0.42882 ,0.473525 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.007445 ,0.013355 ,0.02006 ,0.032785 ,0.045175 ,0.057805 ,0.0704 ",\ "-0.00353 ,0.007935 ,0.01814 ,0.03549 ,0.05126 ,0.066085 ,0.080165 ",\ "-0.03045 ,-0.01126 ,0.003915 ,0.027995 ,0.04885 ,0.06779 ,0.08524 ",\ "-0.09812 ,-0.067685 ,-0.044425 ,-0.00853 ,0.021705 ,0.04849 ,0.07253 ",\ "-0.126085 ,-0.094685 ,-0.06945 ,-0.02958 ,0.004305 ,0.03434 ,0.061225 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.015915 ,0.024025 ,0.03485 ,0.05553 ,0.07717 ,0.100615 ,0.124125 ",\ "0.04238 ,0.050315 ,0.06174 ,0.08389 ,0.10439 ,0.12298 ,0.14044 ",\ "0.076055 ,0.08452 ,0.09747 ,0.122825 ,0.146155 ,0.166985 ,0.185095 ",\ "0.136485 ,0.146475 ,0.162775 ,0.194675 ,0.22332 ,0.24783 ,0.26779 ",\ "0.164285 ,0.17485 ,0.192755 ,0.227735 ,0.25865 ,0.284415 ,0.304505 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.005325 ,0.00521 ,0.005155 ,0.00509 ,0.00506 ,0.00506 ,0.00509 ",\ "0.010815 ,0.010205 ,0.009845 ,0.009355 ,0.009005 ,0.00877 ,0.00864 ",\ "0.018585 ,0.017405 ,0.01666 ,0.0156 ,0.014815 ,0.014255 ,0.01392 ",\ "0.0352 ,0.03334 ,0.03195 ,0.029825 ,0.0282 ,0.02702 ,0.026275 ",\ "0.04403 ,0.042065 ,0.040415 ,0.037795 ,0.03577 ,0.034295 ,0.03335 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.00254 ,0.00243 ,0.00237 ,0.0023 ,0.002265 ,0.002255 ,0.00228 ",\ "0.007985 ,0.00739 ,0.007015 ,0.00648 ,0.00609 ,0.00583 ,0.005685 ",\ "0.015745 ,0.014655 ,0.013905 ,0.012775 ,0.01193 ,0.011315 ,0.010935 ",\ "0.032455 ,0.031015 ,0.02972 ,0.027595 ,0.025905 ,0.024615 ,0.023715 ",\ "0.041395 ,0.04009 ,0.038635 ,0.03611 ,0.03404 ,0.03242 ,0.031245 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.00644 ,0.00633 ,0.006265 ,0.006185 ,0.00614 ,0.00613 ,0.006145 ",\ "0.01177 ,0.0113 ,0.010975 ,0.01049 ,0.01013 ,0.009885 ,0.00974 ",\ "0.01924 ,0.01839 ,0.017755 ,0.016775 ,0.01602 ,0.015465 ,0.015105 ",\ "0.034985 ,0.03376 ,0.032675 ,0.0309 ,0.029485 ,0.028395 ,0.02763 ",\ "0.043245 ,0.04203 ,0.040805 ,0.038735 ,0.037055 ,0.03574 ,0.034785 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.002145 ,0.00204 ,0.00199 ,0.00193 ,0.0019 ,0.001895 ,0.00191 ",\ "0.00709 ,0.00652 ,0.00618 ,0.00571 ,0.005375 ,0.00515 ,0.005035 ",\ "0.01425 ,0.013195 ,0.0125 ,0.01148 ,0.01072 ,0.010185 ,0.00986 ",\ "0.02988 ,0.02846 ,0.02721 ,0.025175 ,0.023565 ,0.022345 ,0.02151 ",\ "0.038335 ,0.03703 ,0.035585 ,0.03309 ,0.031055 ,0.02947 ,0.02833 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.00769 ,0.007585 ,0.00752 ,0.007445 ,0.0074 ,0.00739 ,0.00741 ",\ "0.013225 ,0.012795 ,0.012475 ,0.01199 ,0.011625 ,0.011365 ,0.011215 ",\ "0.02098 ,0.020205 ,0.01958 ,0.0186 ,0.017835 ,0.017265 ,0.01689 ",\ "0.037375 ,0.036235 ,0.03517 ,0.033405 ,0.03198 ,0.03087 ,0.030075 ",\ "0.045995 ,0.04484 ,0.04364 ,0.04159 ,0.039905 ,0.03857 ,0.03758 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0019, 0.0071, 0.0142, 0.0282, 0.0423, 0.0563, 0.0704 "); values ("0.00209 ,0.001985 ,0.001935 ,0.001875 ,0.00185 ,0.00184 ,0.001855 ",\ "0.007085 ,0.00655 ,0.006235 ,0.005795 ,0.00548 ,0.005265 ,0.005155 ",\ "0.01443 ,0.01345 ,0.012795 ,0.01183 ,0.011105 ,0.010585 ,0.010265 ",\ "0.030855 ,0.029525 ,0.028315 ,0.026325 ,0.024745 ,0.02353 ,0.022685 ",\ "0.03992 ,0.038685 ,0.03726 ,0.03478 ,0.032745 ,0.03115 ,0.02999 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0704 ; } pin(A) { direction : input ; capacitance : 0.001935 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001847 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001884 ; max_transition : 2.7273 ; } } cell(NAND3_C) { area : 9 ; cell_footprint : NAND3 ; cell_leakage_power : 0.104710 ; pin(Z) { direction : output ; function : "(A*B*C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.02314 ,0.03271 ,0.044445 ,0.06731 ,0.0891 ,0.11088 ,0.13267 ",\ "0.055895 ,0.071215 ,0.085925 ,0.113495 ,0.141355 ,0.16669 ,0.19165 ",\ "0.08732 ,0.11113 ,0.13057 ,0.164175 ,0.1966 ,0.22909 ,0.260255 ",\ "0.13567 ,0.172335 ,0.20036 ,0.24604 ,0.28784 ,0.328015 ,0.36716 ",\ "0.1652 ,0.203025 ,0.23375 ,0.284585 ,0.33075 ,0.37452 ,0.41654 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.02569 ,0.042155 ,0.06261 ,0.10208 ,0.148925 ,0.195905 ,0.24298 ",\ "0.05617 ,0.074345 ,0.09723 ,0.13862 ,0.173695 ,0.216765 ,0.27078 ",\ "0.09164 ,0.112535 ,0.139345 ,0.189315 ,0.23343 ,0.270995 ,0.30589 ",\ "0.15728 ,0.18082 ,0.21435 ,0.279435 ,0.338515 ,0.389915 ,0.432825 ",\ "0.19249 ,0.214635 ,0.250405 ,0.321475 ,0.38611 ,0.441885 ,0.487715 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.00693 ,0.013405 ,0.02114 ,0.035845 ,0.04846 ,0.060955 ,0.07338 ",\ "-0.001175 ,0.012005 ,0.023645 ,0.044565 ,0.06565 ,0.08225 ,0.097485 ",\ "-0.026415 ,-0.00387 ,0.01336 ,0.040965 ,0.06629 ,0.0913 ,0.11343 ",\ "-0.091345 ,-0.0559 ,-0.02971 ,0.009895 ,0.04379 ,0.07535 ,0.105795 ",\ "-0.114645 ,-0.079215 ,-0.051175 ,-0.00763 ,0.02983 ,0.06459 ,0.09793 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.0204 ,0.028785 ,0.039135 ,0.05901 ,0.08241 ,0.105945 ,0.12958 ",\ "0.054835 ,0.065025 ,0.076985 ,0.098775 ,0.11781 ,0.139725 ,0.1683 ",\ "0.096035 ,0.1096 ,0.124715 ,0.15249 ,0.17727 ,0.19865 ,0.21633 ",\ "0.17092 ,0.190635 ,0.21201 ,0.25114 ,0.28581 ,0.31521 ,0.33876 ",\ "0.208035 ,0.22954 ,0.253585 ,0.29765 ,0.336125 ,0.367895 ,0.39223 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.026025 ,0.035165 ,0.046555 ,0.069175 ,0.09078 ,0.11241 ,0.13406 ",\ "0.06123 ,0.07519 ,0.08921 ,0.115835 ,0.14275 ,0.1686 ,0.193435 ",\ "0.095685 ,0.117015 ,0.13532 ,0.16771 ,0.19923 ,0.23083 ,0.262345 ",\ "0.1495 ,0.18204 ,0.20809 ,0.25178 ,0.29234 ,0.331505 ,0.369695 ",\ "0.181325 ,0.21462 ,0.242985 ,0.29128 ,0.335795 ,0.378205 ,0.41892 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.02747 ,0.04372 ,0.063965 ,0.102995 ,0.14904 ,0.195215 ,0.24147 ",\ "0.056135 ,0.07444 ,0.09737 ,0.138805 ,0.17398 ,0.21662 ,0.27027 ",\ "0.088315 ,0.1101 ,0.13745 ,0.187955 ,0.232215 ,0.26966 ,0.30359 ",\ "0.143145 ,0.17027 ,0.20578 ,0.272865 ,0.3327 ,0.38399 ,0.42603 ",\ "0.17056 ,0.19833 ,0.23703 ,0.311065 ,0.37699 ,0.43295 ,0.478025 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.007675 ,0.01403 ,0.021595 ,0.03597 ,0.04844 ,0.060775 ,0.07303 ",\ "-0.000415 ,0.01242 ,0.02377 ,0.0439 ,0.063815 ,0.08001 ,0.09493 ",\ "-0.024615 ,-0.0027 ,0.014185 ,0.040925 ,0.06492 ,0.088125 ,0.109135 ",\ "-0.087835 ,-0.05293 ,-0.02675 ,0.01251 ,0.04538 ,0.07529 ,0.103515 ",\ "-0.11255 ,-0.07691 ,-0.048305 ,-0.004325 ,0.032675 ,0.06625 ,0.09778 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.01761 ,0.025725 ,0.03609 ,0.05644 ,0.079585 ,0.10285 ,0.126195 ",\ "0.04678 ,0.05561 ,0.06693 ,0.08806 ,0.10676 ,0.129305 ,0.15696 ",\ "0.081935 ,0.09274 ,0.106355 ,0.13209 ,0.155135 ,0.174905 ,0.19342 ",\ "0.143655 ,0.158595 ,0.177155 ,0.21236 ,0.243785 ,0.27033 ,0.291355 ",\ "0.17269 ,0.189045 ,0.209905 ,0.249595 ,0.284755 ,0.313965 ,0.336445 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.02952 ,0.03846 ,0.049825 ,0.07257 ,0.094115 ,0.115695 ,0.137305 ",\ "0.068195 ,0.08111 ,0.094555 ,0.120605 ,0.14726 ,0.172985 ,0.197505 ",\ "0.106915 ,0.12621 ,0.14334 ,0.17438 ,0.20504 ,0.23602 ,0.26718 ",\ "0.16832 ,0.19717 ,0.221035 ,0.262165 ,0.301095 ,0.339075 ,0.376345 ",\ "0.20352 ,0.23245 ,0.258205 ,0.303485 ,0.346175 ,0.387365 ,0.427255 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.03093 ,0.047115 ,0.06735 ,0.106365 ,0.15236 ,0.198465 ,0.244645 ",\ "0.05938 ,0.07739 ,0.10022 ,0.14159 ,0.17678 ,0.21937 ,0.272875 ",\ "0.09119 ,0.112485 ,0.13968 ,0.190105 ,0.23442 ,0.272 ,0.306105 ",\ "0.143875 ,0.17024 ,0.205485 ,0.27242 ,0.33228 ,0.38369 ,0.42594 ",\ "0.1698 ,0.19667 ,0.23503 ,0.3088 ,0.37464 ,0.43061 ,0.475765 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.007575 ,0.013545 ,0.020685 ,0.034285 ,0.04665 ,0.058885 ,0.07105 ",\ "-0.00327 ,0.008185 ,0.0186 ,0.03689 ,0.054515 ,0.06942 ,0.0835 ",\ "-0.030125 ,-0.010805 ,0.004475 ,0.02858 ,0.049845 ,0.070055 ,0.088345 ",\ "-0.09771 ,-0.06655 ,-0.04297 ,-0.007815 ,0.02136 ,0.047765 ,0.07264 ",\ "-0.125655 ,-0.093285 ,-0.067455 ,-0.02816 ,0.00465 ,0.034395 ,0.06246 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.01538 ,0.02349 ,0.033995 ,0.05465 ,0.078125 ,0.10171 ,0.12536 ",\ "0.04205 ,0.04992 ,0.06075 ,0.081385 ,0.09988 ,0.122005 ,0.14889 ",\ "0.07656 ,0.084885 ,0.096935 ,0.120635 ,0.14238 ,0.161445 ,0.17953 ",\ "0.13915 ,0.14902 ,0.164045 ,0.194275 ,0.222175 ,0.246405 ,0.26629 ",\ "0.167555 ,0.178155 ,0.19482 ,0.228385 ,0.259065 ,0.285225 ,0.306075 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.01002 ,0.00977 ,0.00964 ,0.009485 ,0.00941 ,0.009395 ,0.00944 ",\ "0.021125 ,0.0199 ,0.01916 ,0.0181 ,0.017335 ,0.016825 ,0.016555 ",\ "0.03682 ,0.034485 ,0.03297 ,0.03071 ,0.029025 ,0.02784 ,0.027145 ",\ "0.07037 ,0.0667 ,0.06386 ,0.05939 ,0.05597 ,0.053515 ,0.052005 ",\ "0.088195 ,0.084305 ,0.08092 ,0.07545 ,0.071225 ,0.06817 ,0.06627 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.00481 ,0.004595 ,0.00448 ,0.00434 ,0.00427 ,0.004265 ,0.004315 ",\ "0.01582 ,0.014665 ,0.0139 ,0.012755 ,0.011925 ,0.01137 ,0.011085 ",\ "0.0315 ,0.02939 ,0.027845 ,0.025455 ,0.02364 ,0.022355 ,0.02158 ",\ "0.06527 ,0.062425 ,0.059785 ,0.055385 ,0.05187 ,0.0492 ,0.047355 ",\ "0.08333 ,0.08072 ,0.077755 ,0.0726 ,0.06837 ,0.065045 ,0.062625 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.012305 ,0.01209 ,0.01195 ,0.011765 ,0.01166 ,0.011635 ,0.01168 ",\ "0.02318 ,0.02224 ,0.021555 ,0.020515 ,0.01974 ,0.019215 ,0.018925 ",\ "0.038405 ,0.036695 ,0.03537 ,0.03328 ,0.03167 ,0.0305 ,0.02976 ",\ "0.070455 ,0.067985 ,0.06573 ,0.06199 ,0.059005 ,0.05673 ,0.05516 ",\ "0.087255 ,0.084795 ,0.08226 ,0.077925 ,0.0744 ,0.071665 ,0.069705 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.004075 ,0.003865 ,0.003765 ,0.003645 ,0.003585 ,0.003575 ,0.003615 ",\ "0.0142 ,0.01303 ,0.01233 ,0.01133 ,0.010615 ,0.01015 ,0.00993 ",\ "0.02884 ,0.026685 ,0.02524 ,0.023075 ,0.021465 ,0.020345 ,0.01971 ",\ "0.060785 ,0.05787 ,0.055265 ,0.050985 ,0.047615 ,0.0451 ,0.043435 ",\ "0.078055 ,0.075375 ,0.072355 ,0.06713 ,0.0629 ,0.059645 ,0.057365 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.0158 ,0.01559 ,0.015445 ,0.015235 ,0.01511 ,0.01506 ,0.01509 ",\ "0.026905 ,0.026065 ,0.025405 ,0.024365 ,0.023575 ,0.02302 ,0.022695 ",\ "0.042485 ,0.04097 ,0.0397 ,0.037645 ,0.03604 ,0.03484 ,0.03405 ",\ "0.07544 ,0.073195 ,0.071025 ,0.06737 ,0.06441 ,0.062115 ,0.06047 ",\ "0.09279 ,0.09049 ,0.088035 ,0.08379 ,0.080305 ,0.07755 ,0.07552 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0037, 0.0144, 0.0287, 0.0573, 0.0859, 0.1145, 0.143 "); values ("0.003935 ,0.003745 ,0.00365 ,0.003525 ,0.00346 ,0.00344 ,0.003465 ",\ "0.01379 ,0.012775 ,0.01215 ,0.011245 ,0.010595 ,0.01016 ,0.009945 ",\ "0.028395 ,0.026515 ,0.02521 ,0.02323 ,0.02174 ,0.020685 ,0.020055 ",\ "0.061465 ,0.05885 ,0.056395 ,0.05231 ,0.049055 ,0.046585 ,0.04489 ",\ "0.079895 ,0.07742 ,0.074495 ,0.06939 ,0.06521 ,0.061945 ,0.059595 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1430 ; } pin(A) { direction : input ; capacitance : 0.003471 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.003723 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.003361 ; max_transition : 2.7273 ; } } cell(NOR2_A) { area : 4 ; cell_footprint : NOR2 ; cell_leakage_power : 0.056165 ; pin(Z) { direction : output ; function : "(A+B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.02222 ,0.03139 ,0.04274 ,0.064255 ,0.084505 ,0.10545 ,0.128705 ",\ "0.05228 ,0.06566 ,0.080425 ,0.10742 ,0.132435 ,0.155785 ,0.17755 ",\ "0.082825 ,0.102 ,0.121375 ,0.15558 ,0.186615 ,0.21515 ,0.24135 ",\ "0.133055 ,0.16066 ,0.187625 ,0.23392 ,0.274555 ,0.31054 ,0.34213 ",\ "0.162685 ,0.191005 ,0.22009 ,0.27048 ,0.314235 ,0.35218 ,0.38447 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.02718 ,0.04339 ,0.064995 ,0.107085 ,0.147465 ,0.189095 ,0.234195 ",\ "0.05505 ,0.071395 ,0.09423 ,0.139015 ,0.181815 ,0.222415 ,0.26073 ",\ "0.089635 ,0.10629 ,0.13117 ,0.1804 ,0.227165 ,0.271005 ,0.311755 ",\ "0.158595 ,0.17334 ,0.20127 ,0.258235 ,0.31176 ,0.36058 ,0.40428 ",\ "0.196155 ,0.20772 ,0.236225 ,0.29604 ,0.35208 ,0.40241 ,0.446425 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.00639 ,0.011675 ,0.0169 ,0.02634 ,0.035365 ,0.044205 ,0.05292 ",\ "-0.003145 ,0.01018 ,0.02032 ,0.036335 ,0.050525 ,0.063845 ,0.07655 ",\ "-0.03227 ,-0.00863 ,0.00785 ,0.032305 ,0.053045 ,0.07193 ,0.089495 ",\ "-0.102425 ,-0.066735 ,-0.04164 ,-0.00458 ,0.026245 ,0.05357 ,0.078185 ",\ "-0.12216 ,-0.0886 ,-0.06295 ,-0.02337 ,0.010055 ,0.039595 ,0.065895 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.01869 ,0.02394 ,0.03054 ,0.042335 ,0.052265 ,0.06337 ,0.078245 ",\ "0.054725 ,0.06218 ,0.071445 ,0.088295 ,0.102985 ,0.115515 ,0.125865 ",\ "0.09606 ,0.10696 ,0.120105 ,0.14392 ,0.164785 ,0.18274 ,0.197765 ",\ "0.169545 ,0.186195 ,0.20625 ,0.2419 ,0.272005 ,0.29657 ,0.31553 ",\ "0.207565 ,0.22539 ,0.24794 ,0.287915 ,0.32074 ,0.34622 ,0.364225 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.022045 ,0.031085 ,0.042395 ,0.06409 ,0.08483 ,0.106055 ,0.129025 ",\ "0.046115 ,0.05856 ,0.072525 ,0.09836 ,0.122615 ,0.145565 ,0.16728 ",\ "0.071965 ,0.089045 ,0.106555 ,0.13778 ,0.166425 ,0.193065 ,0.217855 ",\ "0.11618 ,0.140705 ,0.164375 ,0.204985 ,0.24085 ,0.27295 ,0.301525 ",\ "0.13996 ,0.16619 ,0.191985 ,0.23616 ,0.274625 ,0.30833 ,0.337505 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.024915 ,0.04051 ,0.0618 ,0.104155 ,0.14587 ,0.18816 ,0.232045 ",\ "0.0532 ,0.067305 ,0.088435 ,0.131125 ,0.173015 ,0.21376 ,0.253245 ",\ "0.089925 ,0.102425 ,0.123965 ,0.16839 ,0.211825 ,0.25356 ,0.293365 ",\ "0.16334 ,0.170795 ,0.19255 ,0.24019 ,0.286815 ,0.330745 ,0.371455 ",\ "0.203535 ,0.20663 ,0.227735 ,0.276365 ,0.32429 ,0.369145 ,0.41018 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.009 ,0.01398 ,0.01908 ,0.02858 ,0.03765 ,0.046495 ,0.055305 ",\ "0.004605 ,0.016665 ,0.02603 ,0.04119 ,0.05501 ,0.068325 ,0.08147 ",\ "-0.018 ,0.003295 ,0.01829 ,0.040925 ,0.060565 ,0.078875 ,0.096325 ",\ "-0.07541 ,-0.043695 ,-0.021235 ,0.01244 ,0.0411 ,0.06716 ,0.091295 ",\ "-0.0888 ,-0.05972 ,-0.03715 ,-0.001575 ,0.02931 ,0.057435 ,0.08332 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.02074 ,0.025915 ,0.032565 ,0.044755 ,0.05539 ,0.067045 ,0.08192 ",\ "0.05856 ,0.065455 ,0.07438 ,0.09093 ,0.10564 ,0.118465 ,0.12937 ",\ "0.102385 ,0.112215 ,0.12464 ,0.14753 ,0.16783 ,0.185485 ,0.200455 ",\ "0.18088 ,0.19588 ,0.21469 ,0.24857 ,0.277395 ,0.30105 ,0.31943 ",\ "0.221155 ,0.237325 ,0.258515 ,0.29649 ,0.327895 ,0.352425 ,0.369905 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.003325 ,0.003245 ,0.0032 ,0.00315 ,0.003125 ,0.003115 ,0.003125 ",\ "0.006895 ,0.006505 ,0.006275 ,0.00599 ,0.005785 ,0.00564 ,0.005545 ",\ "0.0119 ,0.011155 ,0.0107 ,0.0101 ,0.009655 ,0.009325 ,0.0091 ",\ "0.02249 ,0.021315 ,0.020475 ,0.01927 ,0.01836 ,0.017685 ,0.017225 ",\ "0.02807 ,0.02681 ,0.025815 ,0.024325 ,0.02319 ,0.02235 ,0.021795 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.001215 ,0.001115 ,0.001065 ,0.001005 ,0.000975 ,0.00096 ,0.00096 ",\ "0.00476 ,0.004405 ,0.00416 ,0.003815 ,0.00356 ,0.003375 ,0.003255 ",\ "0.009765 ,0.009175 ,0.00872 ,0.008045 ,0.007525 ,0.007125 ,0.00685 ",\ "0.02039 ,0.019695 ,0.01903 ,0.017925 ,0.017015 ,0.01628 ,0.01572 ",\ "0.025995 ,0.025445 ,0.02477 ,0.023565 ,0.022535 ,0.02168 ,0.020995 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.003585 ,0.00355 ,0.00353 ,0.00351 ,0.003505 ,0.003505 ,0.003515 ",\ "0.00704 ,0.006635 ,0.006415 ,0.006145 ,0.005965 ,0.005835 ,0.00576 ",\ "0.01203 ,0.01123 ,0.010755 ,0.01014 ,0.0097 ,0.00938 ,0.009175 ",\ "0.0229 ,0.02171 ,0.020815 ,0.019505 ,0.018515 ,0.017785 ,0.017295 ",\ "0.028765 ,0.027585 ,0.02653 ,0.024875 ,0.02359 ,0.02263 ,0.021995 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0067, 0.0133, 0.0199, 0.0265, 0.0332 "); values ("0.001525 ,0.00146 ,0.001425 ,0.001375 ,0.00135 ,0.00134 ,0.001345 ",\ "0.0052 ,0.00488 ,0.00465 ,0.00432 ,0.004075 ,0.00389 ,0.00377 ",\ "0.010395 ,0.00984 ,0.009405 ,0.00875 ,0.00824 ,0.007845 ,0.00756 ",\ "0.021405 ,0.02074 ,0.020095 ,0.01902 ,0.018135 ,0.017405 ,0.01684 ",\ "0.027205 ,0.02667 ,0.02602 ,0.024855 ,0.02385 ,0.023005 ,0.02232 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0332 ; } pin(A) { direction : input ; capacitance : 0.001372 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001333 ; max_transition : 2.7273 ; } } cell(NOR2_B) { area : 4 ; cell_footprint : NOR2 ; cell_leakage_power : 0.093354 ; pin(Z) { direction : output ; function : "(A+B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.018535 ,0.0285 ,0.040235 ,0.06222 ,0.08379 ,0.10746 ,0.13115 ",\ "0.04079 ,0.0569 ,0.072585 ,0.10038 ,0.12605 ,0.150175 ,0.17287 ",\ "0.05951 ,0.083865 ,0.10494 ,0.14059 ,0.172905 ,0.20303 ,0.23122 ",\ "0.08493 ,0.12078 ,0.150365 ,0.19905 ,0.24221 ,0.28159 ,0.317545 ",\ "0.10339 ,0.139965 ,0.17158 ,0.224455 ,0.27126 ,0.313505 ,0.351425 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.025445 ,0.0426 ,0.064735 ,0.10592 ,0.14897 ,0.197195 ,0.245515 ",\ "0.056475 ,0.07471 ,0.09889 ,0.14469 ,0.18657 ,0.2243 ,0.257765 ",\ "0.09463 ,0.11435 ,0.141455 ,0.193615 ,0.24191 ,0.28586 ,0.32522 ",\ "0.170125 ,0.19008 ,0.221675 ,0.283985 ,0.3415 ,0.39295 ,0.43777 ",\ "0.21122 ,0.22892 ,0.26164 ,0.32734 ,0.387425 ,0.439975 ,0.48419 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.00997 ,0.017015 ,0.024645 ,0.03934 ,0.053175 ,0.066835 ,0.08047 ",\ "0.01012 ,0.02521 ,0.03753 ,0.05819 ,0.077395 ,0.09604 ,0.114795 ",\ "-0.00457 ,0.02103 ,0.039695 ,0.06871 ,0.094205 ,0.11796 ,0.14046 ",\ "-0.04675 ,-0.008615 ,0.019175 ,0.06188 ,0.09856 ,0.131815 ,0.162335 ",\ "-0.05596 ,-0.019645 ,0.009255 ,0.05575 ,0.09646 ,0.1335 ,0.167405 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.02009 ,0.028585 ,0.03904 ,0.05736 ,0.07717 ,0.10116 ,0.125245 ",\ "0.05755 ,0.06854 ,0.081755 ,0.10545 ,0.12569 ,0.142405 ,0.155505 ",\ "0.10187 ,0.11684 ,0.134365 ,0.16605 ,0.19375 ,0.217355 ,0.236695 ",\ "0.182135 ,0.203615 ,0.22886 ,0.27423 ,0.31321 ,0.345435 ,0.370555 ",\ "0.22278 ,0.245655 ,0.273775 ,0.324275 ,0.36669 ,0.40034 ,0.424715 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.018665 ,0.02836 ,0.040035 ,0.06247 ,0.08423 ,0.107315 ,0.13049 ",\ "0.035855 ,0.05071 ,0.065575 ,0.0924 ,0.11768 ,0.14192 ,0.165235 ",\ "0.0501 ,0.072 ,0.091335 ,0.12438 ,0.15461 ,0.183065 ,0.20998 ",\ "0.06877 ,0.10133 ,0.128145 ,0.17211 ,0.210975 ,0.246445 ,0.27891 ",\ "0.08153 ,0.11584 ,0.14488 ,0.19283 ,0.234975 ,0.272965 ,0.30715 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.02285 ,0.03942 ,0.061525 ,0.104155 ,0.14801 ,0.19499 ,0.24206 ",\ "0.053625 ,0.069215 ,0.091685 ,0.135935 ,0.178015 ,0.21754 ,0.25433 ",\ "0.09367 ,0.108275 ,0.13169 ,0.178935 ,0.224205 ,0.26669 ,0.30605 ",\ "0.17193 ,0.18306 ,0.20779 ,0.260175 ,0.3106 ,0.35727 ,0.399445 ",\ "0.212485 ,0.220385 ,0.24515 ,0.29934 ,0.35151 ,0.399205 ,0.441455 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.01316 ,0.019855 ,0.027395 ,0.04228 ,0.05616 ,0.069775 ,0.08339 ",\ "0.01883 ,0.03234 ,0.043845 ,0.063725 ,0.082665 ,0.1014 ,0.11982 ",\ "0.01108 ,0.033755 ,0.050835 ,0.078125 ,0.102655 ,0.125905 ,0.14826 ",\ "-0.01783 ,0.0155 ,0.040505 ,0.07989 ,0.114445 ,0.146265 ,0.175865 ",\ "-0.020655 ,0.010405 ,0.036075 ,0.078565 ,0.116625 ,0.151835 ,0.18452 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.022645 ,0.031105 ,0.04173 ,0.06082 ,0.081275 ,0.10543 ,0.129695 ",\ "0.06156 ,0.07201 ,0.085005 ,0.108755 ,0.12948 ,0.147055 ,0.161365 ",\ "0.10762 ,0.12163 ,0.138615 ,0.16978 ,0.197345 ,0.221095 ,0.24083 ",\ "0.190445 ,0.210945 ,0.23536 ,0.279525 ,0.317645 ,0.34927 ,0.373985 ",\ "0.231805 ,0.254205 ,0.28154 ,0.33069 ,0.372095 ,0.405045 ,0.42898 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.00504 ,0.004885 ,0.00481 ,0.004725 ,0.004675 ,0.00466 ,0.004675 ",\ "0.011185 ,0.01042 ,0.00999 ,0.009405 ,0.00899 ,0.008705 ,0.00855 ",\ "0.01979 ,0.01837 ,0.017495 ,0.01626 ,0.01535 ,0.014705 ,0.01431 ",\ "0.03798 ,0.035845 ,0.034255 ,0.031825 ,0.029975 ,0.028625 ,0.027765 ",\ "0.047555 ,0.045365 ,0.0435 ,0.04053 ,0.038225 ,0.03654 ,0.03545 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.002025 ,0.00183 ,0.00174 ,0.00165 ,0.001605 ,0.001595 ,0.00162 ",\ "0.00811 ,0.00727 ,0.006785 ,0.006125 ,0.005655 ,0.005335 ,0.005165 ",\ "0.01671 ,0.015265 ,0.014335 ,0.012985 ,0.01198 ,0.011255 ,0.010805 ",\ "0.03495 ,0.033255 ,0.03179 ,0.02942 ,0.027525 ,0.02607 ,0.025035 ",\ "0.04457 ,0.043235 ,0.04169 ,0.03898 ,0.03674 ,0.034955 ,0.033625 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.005465 ,0.00539 ,0.005355 ,0.00532 ,0.0053 ,0.0053 ,0.005315 ",\ "0.01115 ,0.01042 ,0.010025 ,0.009505 ,0.009145 ,0.00891 ,0.00879 ",\ "0.01939 ,0.017965 ,0.017105 ,0.015915 ,0.015055 ,0.014465 ,0.014135 ",\ "0.03739 ,0.035275 ,0.03364 ,0.031115 ,0.029195 ,0.027815 ,0.026955 ",\ "0.04713 ,0.045025 ,0.04307 ,0.03989 ,0.03741 ,0.03559 ,0.03442 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.0069, 0.0137, 0.0272, 0.0408, 0.0544, 0.068 "); values ("0.002565 ,0.002435 ,0.00237 ,0.00229 ,0.00225 ,0.002245 ,0.002275 ",\ "0.008635 ,0.007985 ,0.00755 ,0.00692 ,0.00646 ,0.006145 ,0.005965 ",\ "0.017245 ,0.016095 ,0.01526 ,0.013985 ,0.01301 ,0.012295 ,0.01183 ",\ "0.03551 ,0.034115 ,0.032815 ,0.030645 ,0.02888 ,0.027485 ,0.02645 ",\ "0.04515 ,0.044005 ,0.042645 ,0.040225 ,0.038185 ,0.036505 ,0.035195 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0680 ; } pin(A) { direction : input ; capacitance : 0.001782 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001754 ; max_transition : 2.7273 ; } } cell(NOR2_C) { area : 5 ; cell_footprint : NOR2 ; cell_leakage_power : 0.109145 ; pin(Z) { direction : output ; function : "(A+B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.01749 ,0.027345 ,0.039215 ,0.06205 ,0.084555 ,0.107025 ,0.129485 ",\ "0.038645 ,0.054485 ,0.06963 ,0.097445 ,0.12409 ,0.149865 ,0.17551 ",\ "0.05618 ,0.08042 ,0.10035 ,0.134425 ,0.16678 ,0.198175 ,0.22873 ",\ "0.07903 ,0.115685 ,0.14384 ,0.189435 ,0.230765 ,0.27021 ,0.30857 ",\ "0.09558 ,0.13346 ,0.164035 ,0.214085 ,0.259055 ,0.30136 ,0.341705 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.024475 ,0.04131 ,0.062375 ,0.102665 ,0.150415 ,0.19834 ,0.246385 ",\ "0.055545 ,0.07371 ,0.09682 ,0.13937 ,0.176505 ,0.218745 ,0.27316 ",\ "0.093615 ,0.113625 ,0.1398 ,0.18958 ,0.234735 ,0.274455 ,0.308285 ",\ "0.16911 ,0.189775 ,0.22072 ,0.28229 ,0.339465 ,0.390295 ,0.433835 ",\ "0.21023 ,0.22867 ,0.260925 ,0.326705 ,0.38764 ,0.44098 ,0.485475 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.009565 ,0.0168 ,0.025405 ,0.042 ,0.05567 ,0.069225 ,0.08273 ",\ "0.01 ,0.024655 ,0.037185 ,0.059895 ,0.083225 ,0.102155 ,0.11884 ",\ "-0.00338 ,0.021375 ,0.039585 ,0.06873 ,0.095765 ,0.122665 ,0.147735 ",\ "-0.04311 ,-0.005325 ,0.02194 ,0.063315 ,0.099045 ,0.132395 ,0.16446 ",\ "-0.05275 ,-0.015895 ,0.0132 ,0.05906 ,0.09908 ,0.136395 ,0.172125 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.0198 ,0.028325 ,0.03854 ,0.05752 ,0.0814 ,0.10544 ,0.12959 ",\ "0.056885 ,0.067995 ,0.0805 ,0.102555 ,0.12092 ,0.141645 ,0.17209 ",\ "0.100745 ,0.116155 ,0.13272 ,0.162415 ,0.188185 ,0.209645 ,0.226465 ",\ "0.180275 ,0.202595 ,0.226775 ,0.27062 ,0.308915 ,0.340795 ,0.36561 ",\ "0.220565 ,0.24416 ,0.271365 ,0.321185 ,0.36424 ,0.399215 ,0.425285 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.0178 ,0.027395 ,0.03926 ,0.06207 ,0.08432 ,0.10654 ,0.128755 ",\ "0.034335 ,0.04882 ,0.063185 ,0.09001 ,0.11604 ,0.14058 ,0.16499 ",\ "0.04809 ,0.06957 ,0.08776 ,0.11916 ,0.149035 ,0.178285 ,0.20633 ",\ "0.06578 ,0.098435 ,0.12377 ,0.16458 ,0.201215 ,0.235895 ,0.2693 ",\ "0.0774 ,0.11222 ,0.14017 ,0.18531 ,0.225335 ,0.262675 ,0.29812 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.02175 ,0.038245 ,0.059645 ,0.10129 ,0.148545 ,0.19595 ,0.24346 ",\ "0.05238 ,0.06797 ,0.089735 ,0.13163 ,0.169985 ,0.212465 ,0.264285 ",\ "0.092405 ,0.107025 ,0.129645 ,0.175205 ,0.21838 ,0.25796 ,0.293375 ",\ "0.171285 ,0.182365 ,0.205985 ,0.257345 ,0.30769 ,0.354395 ,0.39629 ",\ "0.212395 ,0.220185 ,0.24368 ,0.296915 ,0.349415 ,0.397735 ,0.44036 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.012415 ,0.01907 ,0.02731 ,0.04353 ,0.056655 ,0.06972 ,0.082765 ",\ "0.017945 ,0.030685 ,0.042035 ,0.06336 ,0.085865 ,0.10427 ,0.12014 ",\ "0.01069 ,0.03208 ,0.048235 ,0.074925 ,0.10039 ,0.126185 ,0.150705 ",\ "-0.017455 ,0.01486 ,0.03853 ,0.0755 ,0.108385 ,0.139685 ,0.170195 ",\ "-0.021025 ,0.00968 ,0.034445 ,0.074865 ,0.1114 ,0.14626 ,0.18018 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.02238 ,0.030605 ,0.04062 ,0.05948 ,0.082735 ,0.106175 ,0.129745 ",\ "0.061175 ,0.071505 ,0.083395 ,0.10474 ,0.122915 ,0.143375 ,0.17285 ",\ "0.106995 ,0.12122 ,0.13676 ,0.16504 ,0.189925 ,0.210915 ,0.22763 ",\ "0.189455 ,0.21055 ,0.233175 ,0.27458 ,0.311135 ,0.341825 ,0.36591 ",\ "0.23055 ,0.2534 ,0.27893 ,0.325945 ,0.36704 ,0.40078 ,0.426225 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.00974 ,0.00945 ,0.009305 ,0.00912 ,0.00902 ,0.008985 ,0.00902 ",\ "0.021695 ,0.02026 ,0.01942 ,0.01822 ,0.01736 ,0.016785 ,0.01649 ",\ "0.03844 ,0.03576 ,0.034055 ,0.031535 ,0.02967 ,0.02837 ,0.02762 ",\ "0.073835 ,0.0698 ,0.06668 ,0.061765 ,0.05801 ,0.05531 ,0.053645 ",\ "0.092465 ,0.088325 ,0.08465 ,0.078665 ,0.074025 ,0.070655 ,0.068535 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.003535 ,0.003165 ,0.00302 ,0.002865 ,0.00279 ,0.002785 ,0.00284 ",\ "0.015315 ,0.013675 ,0.01274 ,0.01143 ,0.010495 ,0.009875 ,0.00956 ",\ "0.032035 ,0.029185 ,0.027365 ,0.02467 ,0.022655 ,0.02123 ,0.02038 ",\ "0.067655 ,0.06435 ,0.061485 ,0.056775 ,0.05302 ,0.05015 ,0.04815 ",\ "0.086515 ,0.08398 ,0.080955 ,0.075625 ,0.07121 ,0.0677 ,0.065095 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.010735 ,0.010575 ,0.0105 ,0.010415 ,0.01037 ,0.01036 ,0.01039 ",\ "0.022155 ,0.02076 ,0.019965 ,0.01886 ,0.01808 ,0.017575 ,0.017345 ",\ "0.03873 ,0.036005 ,0.03429 ,0.03179 ,0.029965 ,0.028735 ,0.028075 ",\ "0.075025 ,0.070965 ,0.06767 ,0.06245 ,0.05846 ,0.05562 ,0.0539 ",\ "0.0947 ,0.090635 ,0.086695 ,0.080155 ,0.07505 ,0.071325 ,0.068965 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0136, 0.0271, 0.0541, 0.0812, 0.1082, 0.1352 "); values ("0.004785 ,0.004515 ,0.004375 ,0.00419 ,0.004085 ,0.004055 ,0.004085 ",\ "0.017075 ,0.015775 ,0.01488 ,0.013525 ,0.012525 ,0.011835 ,0.011455 ",\ "0.034475 ,0.0322 ,0.03048 ,0.027785 ,0.02571 ,0.0242 ,0.02324 ",\ "0.071325 ,0.068555 ,0.065915 ,0.06145 ,0.0578 ,0.05493 ,0.05282 ",\ "0.090735 ,0.08844 ,0.085705 ,0.080825 ,0.07668 ,0.07327 ,0.070585 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1352 ; } pin(A) { direction : input ; capacitance : 0.003170 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.003305 ; max_transition : 2.7273 ; } } cell(NOR3_A) { area : 9 ; cell_footprint : NOR3 ; cell_leakage_power : 0.064946 ; pin(Z) { direction : output ; function : "(A+B+C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.02197 ,0.03032 ,0.04071 ,0.06033 ,0.07863 ,0.09945 ,0.121005 ",\ "0.04817 ,0.06012 ,0.073505 ,0.098185 ,0.121205 ,0.14281 ,0.16305 ",\ "0.07307 ,0.09036 ,0.107915 ,0.139245 ,0.168095 ,0.19504 ,0.22021 ",\ "0.109485 ,0.136025 ,0.160855 ,0.203275 ,0.240935 ,0.274925 ,0.30547 ",\ "0.1306 ,0.15937 ,0.18654 ,0.23264 ,0.272825 ,0.308175 ,0.338905 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.03173 ,0.046925 ,0.06724 ,0.106555 ,0.14384 ,0.18551 ,0.22846 ",\ "0.06162 ,0.07634 ,0.097505 ,0.13916 ,0.17885 ,0.216285 ,0.251355 ",\ "0.099695 ,0.11393 ,0.136535 ,0.181875 ,0.225165 ,0.26579 ,0.30354 ",\ "0.174805 ,0.18625 ,0.21094 ,0.26243 ,0.311315 ,0.35615 ,0.396435 ",\ "0.21417 ,0.22258 ,0.247575 ,0.301205 ,0.35189 ,0.397575 ,0.43757 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.011515 ,0.0171 ,0.02303 ,0.034185 ,0.045155 ,0.05592 ,0.06663 ",\ "0.01001 ,0.02268 ,0.032995 ,0.050045 ,0.065625 ,0.080535 ,0.094985 ",\ "-0.008465 ,0.01372 ,0.02997 ,0.055065 ,0.07692 ,0.097135 ,0.116155 ",\ "-0.058865 ,-0.02487 ,-9.5e-05 ,0.03757 ,0.069525 ,0.09818 ,0.1242 ",\ "-0.070855 ,-0.03828 ,-0.012605 ,0.02797 ,0.06281 ,0.093925 ,0.121845 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.021265 ,0.02754 ,0.03574 ,0.050905 ,0.06428 ,0.0815 ,0.09986 ",\ "0.059725 ,0.067335 ,0.077685 ,0.09716 ,0.11461 ,0.129895 ,0.14295 ",\ "0.105045 ,0.115335 ,0.12924 ,0.155365 ,0.178735 ,0.19915 ,0.216495 ",\ "0.185765 ,0.201355 ,0.222035 ,0.25997 ,0.2926 ,0.31958 ,0.34069 ",\ "0.226345 ,0.243575 ,0.266975 ,0.3095 ,0.345055 ,0.373125 ,0.39341 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.02388 ,0.032275 ,0.042765 ,0.06305 ,0.082705 ,0.10344 ,0.124525 ",\ "0.044795 ,0.056435 ,0.069265 ,0.09306 ,0.115615 ,0.13722 ,0.157945 ",\ "0.06694 ,0.08315 ,0.099295 ,0.128005 ,0.15453 ,0.17946 ,0.20294 ",\ "0.103195 ,0.12726 ,0.14944 ,0.187095 ,0.220475 ,0.25064 ,0.277855 ",\ "0.12136 ,0.1478 ,0.17229 ,0.2136 ,0.24966 ,0.28159 ,0.30966 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.03008 ,0.04483 ,0.065065 ,0.10526 ,0.144685 ,0.18609 ,0.228075 ",\ "0.059905 ,0.072725 ,0.092535 ,0.13274 ,0.17217 ,0.21041 ,0.247325 ",\ "0.099825 ,0.110435 ,0.13021 ,0.171535 ,0.212075 ,0.251005 ,0.28805 ",\ "0.1782 ,0.183245 ,0.20266 ,0.24628 ,0.28937 ,0.33012 ,0.36793 ",\ "0.218715 ,0.21974 ,0.238505 ,0.282955 ,0.327245 ,0.36892 ,0.40718 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.01465 ,0.01966 ,0.025175 ,0.03581 ,0.04653 ,0.05667 ,0.066665 ",\ "0.017435 ,0.02835 ,0.03751 ,0.053035 ,0.06756 ,0.08173 ,0.09572 ",\ "0.00436 ,0.02341 ,0.03769 ,0.0602 ,0.0802 ,0.09902 ,0.117015 ",\ "-0.03656 ,-0.00768 ,0.013845 ,0.047255 ,0.07618 ,0.102605 ,0.12705 ",\ "-0.04484 ,-0.017875 ,0.00413 ,0.03985 ,0.07128 ,0.099965 ,0.126295 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.02401 ,0.029785 ,0.037495 ,0.05199 ,0.065075 ,0.081335 ,0.098555 ",\ "0.064535 ,0.071215 ,0.080715 ,0.098895 ,0.115425 ,0.13012 ,0.1429 ",\ "0.112195 ,0.121145 ,0.133855 ,0.1581 ,0.180005 ,0.19928 ,0.21579 ",\ "0.196095 ,0.209925 ,0.228935 ,0.264205 ,0.29476 ,0.320155 ,0.340155 ",\ "0.23787 ,0.25332 ,0.274895 ,0.3145 ,0.34789 ,0.37445 ,0.39387 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.027845 ,0.036125 ,0.046555 ,0.066765 ,0.086365 ,0.10708 ,0.128145 ",\ "0.044115 ,0.05513 ,0.067415 ,0.090315 ,0.11212 ,0.13309 ,0.15329 ",\ "0.058575 ,0.07361 ,0.088555 ,0.115205 ,0.140005 ,0.163525 ,0.18591 ",\ "0.08149 ,0.104045 ,0.123935 ,0.157435 ,0.18749 ,0.21524 ,0.240985 ",\ "0.095545 ,0.120685 ,0.14244 ,0.178615 ,0.210675 ,0.239915 ,0.26667 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.029035 ,0.0436 ,0.06372 ,0.10405 ,0.14409 ,0.185185 ,0.226605 ",\ "0.05614 ,0.06795 ,0.086885 ,0.125995 ,0.165035 ,0.203555 ,0.241405 ",\ "0.09862 ,0.106635 ,0.124195 ,0.162305 ,0.200705 ,0.238445 ,0.275205 ",\ "0.191475 ,0.191095 ,0.205855 ,0.242315 ,0.27996 ,0.316705 ,0.35187 ",\ "0.238585 ,0.23378 ,0.247205 ,0.28313 ,0.32072 ,0.357285 ,0.391965 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.0173 ,0.022155 ,0.0276 ,0.03836 ,0.04955 ,0.05956 ,0.06926 ",\ "0.02526 ,0.03546 ,0.04394 ,0.058435 ,0.072255 ,0.086015 ,0.099875 ",\ "0.018115 ,0.03591 ,0.048925 ,0.06934 ,0.087635 ,0.105085 ,0.12203 ",\ "-0.012305 ,0.014225 ,0.033445 ,0.06314 ,0.089195 ,0.113465 ,0.13644 ",\ "-0.01508 ,0.008785 ,0.02792 ,0.05926 ,0.087555 ,0.11419 ,0.13949 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.027805 ,0.03347 ,0.04119 ,0.055875 ,0.06931 ,0.08569 ,0.10297 ",\ "0.07235 ,0.078225 ,0.08716 ,0.10459 ,0.120625 ,0.13502 ,0.14767 ",\ "0.12544 ,0.13272 ,0.14418 ,0.166615 ,0.18715 ,0.20537 ,0.22109 ",\ "0.219065 ,0.229545 ,0.246055 ,0.2778 ,0.30584 ,0.32948 ,0.34839 ",\ "0.26499 ,0.27626 ,0.29477 ,0.330185 ,0.360775 ,0.38562 ,0.4043 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.005945 ,0.005855 ,0.005805 ,0.00575 ,0.00572 ,0.00571 ,0.00572 ",\ "0.01064 ,0.010145 ,0.009855 ,0.00947 ,0.009195 ,0.008995 ,0.00887 ",\ "0.01723 ,0.01629 ,0.0157 ,0.014885 ,0.014275 ,0.013825 ,0.013525 ",\ "0.03115 ,0.029705 ,0.02863 ,0.027015 ,0.02577 ,0.02483 ,0.024185 ",\ "0.03846 ,0.03697 ,0.03571 ,0.03373 ,0.032175 ,0.031 ,0.03019 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.001525 ,0.00138 ,0.001315 ,0.00124 ,0.0012 ,0.00119 ,0.001205 ",\ "0.00606 ,0.00551 ,0.005175 ,0.004725 ,0.0044 ,0.004165 ,0.00401 ",\ "0.01253 ,0.011615 ,0.011 ,0.01012 ,0.009445 ,0.00893 ,0.008565 ",\ "0.02634 ,0.02544 ,0.024585 ,0.02316 ,0.021985 ,0.021025 ,0.020285 ",\ "0.03366 ,0.033145 ,0.032335 ,0.0308 ,0.02947 ,0.02835 ,0.027445 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.006665 ,0.00665 ,0.00664 ,0.00663 ,0.006625 ,0.006635 ,0.00665 ",\ "0.01105 ,0.010585 ,0.01033 ,0.009995 ,0.009765 ,0.009605 ,0.00951 ",\ "0.0175 ,0.01656 ,0.01598 ,0.015195 ,0.014625 ,0.01421 ,0.013945 ",\ "0.031775 ,0.03038 ,0.02928 ,0.02759 ,0.026285 ,0.02531 ,0.02465 ",\ "0.03958 ,0.038215 ,0.036905 ,0.03477 ,0.033075 ,0.03179 ,0.03091 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.002105 ,0.002025 ,0.001975 ,0.00191 ,0.001875 ,0.00186 ,0.001865 ",\ "0.006795 ,0.0064 ,0.00612 ,0.005705 ,0.00539 ,0.005155 ,0.005 ",\ "0.013545 ,0.01287 ,0.01234 ,0.01152 ,0.010875 ,0.010365 ,0.01 ",\ "0.028025 ,0.027285 ,0.02651 ,0.025175 ,0.024045 ,0.02311 ,0.022365 ",\ "0.035735 ,0.035215 ,0.034445 ,0.032995 ,0.031715 ,0.030625 ,0.02972 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.008135 ,0.008155 ,0.008165 ,0.008185 ,0.008205 ,0.008225 ,0.008245 ",\ "0.01246 ,0.01204 ,0.01181 ,0.011525 ,0.011325 ,0.011195 ,0.011125 ",\ "0.019085 ,0.018205 ,0.017655 ,0.016905 ,0.01636 ,0.015975 ,0.01574 ",\ "0.034645 ,0.033375 ,0.032265 ,0.030505 ,0.02913 ,0.028095 ,0.027395 ",\ "0.043565 ,0.042365 ,0.04102 ,0.038715 ,0.03686 ,0.03543 ,0.034435 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0011, 0.0043, 0.0085, 0.0169, 0.0253, 0.0337, 0.0421 "); values ("0.00368 ,0.00364 ,0.003615 ,0.003595 ,0.003585 ,0.00359 ,0.00361 ",\ "0.0087 ,0.008335 ,0.00807 ,0.00768 ,0.00738 ,0.007155 ,0.007 ",\ "0.01601 ,0.015345 ,0.01481 ,0.013975 ,0.01331 ,0.012795 ,0.012415 ",\ "0.03195 ,0.031145 ,0.030295 ,0.02883 ,0.027595 ,0.02658 ,0.02578 ",\ "0.04056 ,0.03991 ,0.039015 ,0.037365 ,0.03593 ,0.03471 ,0.033715 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0421 ; } pin(A) { direction : input ; capacitance : 0.002072 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002296 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001947 ; max_transition : 2.7273 ; } } cell(NOR3_B) { area : 9 ; cell_footprint : NOR3 ; cell_leakage_power : 0.109261 ; pin(Z) { direction : output ; function : "(A+B+C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.018925 ,0.027865 ,0.03857 ,0.058725 ,0.079765 ,0.10157 ,0.1234 ",\ "0.039805 ,0.05368 ,0.067635 ,0.092795 ,0.116345 ,0.138715 ,0.16206 ",\ "0.05729 ,0.078195 ,0.096735 ,0.128735 ,0.15829 ,0.186315 ,0.21299 ",\ "0.07971 ,0.111665 ,0.13784 ,0.18119 ,0.22014 ,0.25623 ,0.289765 ",\ "0.095105 ,0.1289 ,0.15716 ,0.20412 ,0.24594 ,0.284075 ,0.318765 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.02893 ,0.04488 ,0.065625 ,0.1044 ,0.14684 ,0.192105 ,0.237475 ",\ "0.06007 ,0.076205 ,0.09825 ,0.140575 ,0.179725 ,0.21538 ,0.254835 ",\ "0.099245 ,0.11578 ,0.139835 ,0.1872 ,0.23187 ,0.27317 ,0.31078 ",\ "0.177065 ,0.192445 ,0.219455 ,0.274595 ,0.32685 ,0.37465 ,0.41729 ",\ "0.21857 ,0.23162 ,0.259235 ,0.31678 ,0.370875 ,0.419345 ,0.461235 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.012065 ,0.01835 ,0.025305 ,0.0392 ,0.052035 ,0.06418 ,0.076315 ",\ "0.014445 ,0.027885 ,0.038845 ,0.057595 ,0.07558 ,0.093605 ,0.111085 ",\ "0.002505 ,0.02574 ,0.04239 ,0.068385 ,0.09165 ,0.11382 ,0.135345 ",\ "-0.034595 ,0.00124 ,0.02641 ,0.06465 ,0.09773 ,0.128185 ,0.156705 ",\ "-0.041725 ,-0.006855 ,0.019475 ,0.061165 ,0.0979 ,0.13187 ,0.16363 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.02088 ,0.028425 ,0.03782 ,0.054355 ,0.073845 ,0.09564 ,0.117535 ",\ "0.058805 ,0.06822 ,0.07993 ,0.101245 ,0.11963 ,0.13491 ,0.15362 ",\ "0.104035 ,0.11676 ,0.132335 ,0.161105 ,0.18663 ,0.208595 ,0.22676 ",\ "0.18579 ,0.204155 ,0.22676 ,0.26837 ,0.304725 ,0.335125 ,0.359055 ",\ "0.22688 ,0.24647 ,0.271715 ,0.31813 ,0.35776 ,0.389555 ,0.412825 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.020865 ,0.02982 ,0.040765 ,0.062075 ,0.08348 ,0.10503 ,0.1266 ",\ "0.0375 ,0.050665 ,0.06407 ,0.088655 ,0.112235 ,0.135225 ,0.158585 ",\ "0.053075 ,0.072135 ,0.089105 ,0.118525 ,0.145905 ,0.172115 ,0.19737 ",\ "0.07583 ,0.1046 ,0.12803 ,0.16656 ,0.201035 ,0.233005 ,0.26284 ",\ "0.088235 ,0.119475 ,0.145265 ,0.187645 ,0.225195 ,0.25955 ,0.29109 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.02708 ,0.04274 ,0.06372 ,0.10413 ,0.147035 ,0.191835 ,0.236715 ",\ "0.05768 ,0.071835 ,0.0928 ,0.134395 ,0.17409 ,0.2114 ,0.25163 ",\ "0.09809 ,0.1105 ,0.131805 ,0.175605 ,0.21802 ,0.25809 ,0.295415 ",\ "0.17702 ,0.18461 ,0.20606 ,0.253355 ,0.2999 ,0.343615 ,0.383645 ",\ "0.217735 ,0.221565 ,0.242505 ,0.2908 ,0.338565 ,0.383005 ,0.42301 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.01533 ,0.02106 ,0.0277 ,0.041375 ,0.05383 ,0.06543 ,0.07705 ",\ "0.022015 ,0.033635 ,0.04354 ,0.06107 ,0.078345 ,0.095995 ,0.113015 ",\ "0.015275 ,0.035225 ,0.050015 ,0.073745 ,0.095445 ,0.11643 ,0.13705 ",\ "-0.012775 ,0.017705 ,0.03971 ,0.074025 ,0.104345 ,0.13266 ,0.159475 ",\ "-0.01602 ,0.012955 ,0.035655 ,0.07276 ,0.106335 ,0.13797 ,0.168 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.023755 ,0.03088 ,0.039965 ,0.05639 ,0.07532 ,0.096185 ,0.11717 ",\ "0.06377 ,0.07228 ,0.083255 ,0.103635 ,0.1216 ,0.136915 ,0.155365 ",\ "0.1112 ,0.122625 ,0.137075 ,0.164125 ,0.188375 ,0.209405 ,0.22694 ",\ "0.195125 ,0.21222 ,0.233285 ,0.272275 ,0.306545 ,0.335315 ,0.35803 ",\ "0.23651 ,0.25528 ,0.27894 ,0.322545 ,0.36008 ,0.39047 ,0.41298 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.02332 ,0.0321 ,0.04297 ,0.064385 ,0.0857 ,0.10701 ,0.128335 ",\ "0.035265 ,0.047645 ,0.06041 ,0.084035 ,0.106935 ,0.1295 ,0.152165 ",\ "0.043875 ,0.06147 ,0.077115 ,0.10432 ,0.12983 ,0.15451 ,0.17857 ",\ "0.05486 ,0.081365 ,0.102295 ,0.136465 ,0.167335 ,0.196505 ,0.224385 ",\ "0.06308 ,0.091985 ,0.114765 ,0.15184 ,0.185175 ,0.21652 ,0.246315 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.02563 ,0.04112 ,0.06216 ,0.103435 ,0.1464 ,0.190605 ,0.234895 ",\ "0.054235 ,0.06717 ,0.087215 ,0.12799 ,0.167975 ,0.206645 ,0.247375 ",\ "0.097655 ,0.107085 ,0.12592 ,0.16627 ,0.20663 ,0.245895 ,0.283615 ",\ "0.190045 ,0.191845 ,0.20818 ,0.24751 ,0.28801 ,0.327355 ,0.36463 ",\ "0.23661 ,0.23437 ,0.24952 ,0.2884 ,0.32877 ,0.367675 ,0.40397 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.01784 ,0.02337 ,0.029965 ,0.04405 ,0.056475 ,0.0677 ,0.07895 ",\ "0.02963 ,0.040285 ,0.049385 ,0.065885 ,0.08272 ,0.10045 ,0.117235 ",\ "0.02887 ,0.047125 ,0.060325 ,0.081635 ,0.10159 ,0.12139 ,0.14132 ",\ "0.01147 ,0.039065 ,0.05822 ,0.08808 ,0.11514 ,0.141205 ,0.16668 ",\ "0.01366 ,0.03915 ,0.058405 ,0.090305 ,0.12034 ,0.14986 ,0.17909 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.02723 ,0.03425 ,0.043375 ,0.060195 ,0.079285 ,0.100115 ,0.12107 ",\ "0.070835 ,0.07853 ,0.088915 ,0.108625 ,0.126385 ,0.14188 ,0.1603 ",\ "0.12301 ,0.13282 ,0.14594 ,0.171125 ,0.194165 ,0.21451 ,0.231835 ",\ "0.215635 ,0.229785 ,0.24823 ,0.283385 ,0.31505 ,0.342225 ,0.364265 ",\ "0.26118 ,0.276455 ,0.296915 ,0.335865 ,0.37037 ,0.399095 ,0.42119 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.008995 ,0.008825 ,0.008735 ,0.008635 ,0.008585 ,0.00857 ,0.00859 ",\ "0.01726 ,0.01633 ,0.015795 ,0.01505 ,0.014515 ,0.014145 ,0.01394 ",\ "0.02884 ,0.027085 ,0.02599 ,0.024415 ,0.023235 ,0.022395 ,0.02187 ",\ "0.053205 ,0.0506 ,0.04861 ,0.045525 ,0.04314 ,0.04138 ,0.04023 ",\ "0.065975 ,0.06334 ,0.06102 ,0.05726 ,0.054315 ,0.052115 ,0.05065 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.00267 ,0.002395 ,0.002275 ,0.002145 ,0.002075 ,0.002055 ,0.00208 ",\ "0.01062 ,0.00956 ,0.008945 ,0.0081 ,0.007485 ,0.007055 ,0.006805 ",\ "0.02197 ,0.02018 ,0.019025 ,0.01733 ,0.01604 ,0.015085 ,0.01446 ",\ "0.04627 ,0.04435 ,0.042615 ,0.039745 ,0.03741 ,0.03557 ,0.034215 ",\ "0.05918 ,0.057875 ,0.05611 ,0.052915 ,0.05021 ,0.04801 ,0.046305 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.010115 ,0.01006 ,0.010035 ,0.010005 ,0.009995 ,0.01 ,0.01002 ",\ "0.017755 ,0.016885 ,0.016405 ,0.01576 ,0.015305 ,0.014995 ,0.014825 ",\ "0.02896 ,0.02722 ,0.026165 ,0.02466 ,0.02355 ,0.022775 ,0.022315 ",\ "0.053685 ,0.05112 ,0.04908 ,0.045885 ,0.04342 ,0.04161 ,0.040445 ",\ "0.06717 ,0.064645 ,0.062215 ,0.05819 ,0.055015 ,0.052645 ,0.05107 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.00368 ,0.003515 ,0.003425 ,0.00331 ,0.00324 ,0.00322 ,0.003235 ",\ "0.011865 ,0.0111 ,0.010575 ,0.009785 ,0.009185 ,0.00876 ,0.00849 ",\ "0.023605 ,0.022285 ,0.02128 ,0.01971 ,0.01848 ,0.01754 ,0.01689 ",\ "0.048675 ,0.04717 ,0.045655 ,0.04306 ,0.040895 ,0.03913 ,0.03777 ",\ "0.061975 ,0.06084 ,0.05929 ,0.05645 ,0.05399 ,0.051915 ,0.05023 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.012205 ,0.01221 ,0.012225 ,0.01225 ,0.012275 ,0.01231 ,0.012345 ",\ "0.01988 ,0.01908 ,0.018645 ,0.01806 ,0.017655 ,0.017395 ,0.01727 ",\ "0.03153 ,0.029885 ,0.02885 ,0.027375 ,0.0263 ,0.02556 ,0.02514 ",\ "0.058505 ,0.05612 ,0.05405 ,0.050715 ,0.048115 ,0.0462 ,0.04495 ",\ "0.0738 ,0.071525 ,0.06901 ,0.064715 ,0.061275 ,0.05866 ,0.056875 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0021, 0.0081, 0.0161, 0.0321, 0.048, 0.064, 0.08 "); values ("0.00572 ,0.005615 ,0.00556 ,0.005505 ,0.00548 ,0.00548 ,0.00551 ",\ "0.014515 ,0.013785 ,0.01327 ,0.012495 ,0.011905 ,0.011475 ,0.011205 ",\ "0.02723 ,0.02592 ,0.024885 ,0.02325 ,0.021965 ,0.020985 ,0.02031 ",\ "0.05476 ,0.05315 ,0.051495 ,0.048645 ,0.046275 ,0.04436 ,0.04289 ",\ "0.069525 ,0.068205 ,0.06645 ,0.063255 ,0.0605 ,0.058195 ,0.05634 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0800 ; } pin(A) { direction : input ; capacitance : 0.002809 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002963 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.002725 ; max_transition : 2.7273 ; } } cell(NOR3_C) { area : 12 ; cell_footprint : NOR3 ; cell_leakage_power : 0.187753 ; pin(Z) { direction : output ; function : "(A+B+C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.01885 ,0.027615 ,0.038515 ,0.060005 ,0.081015 ,0.102015 ,0.12302 ",\ "0.040575 ,0.053725 ,0.067185 ,0.09252 ,0.11772 ,0.1419 ,0.165525 ",\ "0.05991 ,0.07974 ,0.097145 ,0.12783 ,0.15738 ,0.18679 ,0.215675 ",\ "0.08619 ,0.117625 ,0.142275 ,0.18273 ,0.219705 ,0.255155 ,0.289635 ",\ "0.10245 ,0.136665 ,0.16376 ,0.20788 ,0.247515 ,0.28479 ,0.32033 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.028345 ,0.044 ,0.064165 ,0.10432 ,0.148445 ,0.19267 ,0.236965 ",\ "0.059125 ,0.074755 ,0.09581 ,0.136055 ,0.172875 ,0.217295 ,0.26623 ",\ "0.097715 ,0.11365 ,0.13647 ,0.18162 ,0.224065 ,0.26283 ,0.30546 ",\ "0.17473 ,0.18925 ,0.214815 ,0.26822 ,0.31944 ,0.366285 ,0.40778 ",\ "0.216175 ,0.22814 ,0.25433 ,0.310735 ,0.36484 ,0.413685 ,0.456015 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.01094 ,0.01694 ,0.02444 ,0.038815 ,0.05004 ,0.061185 ,0.072295 ",\ "0.0116 ,0.023955 ,0.034825 ,0.05525 ,0.077085 ,0.09275 ,0.106555 ",\ "-0.00249 ,0.019085 ,0.03507 ,0.060975 ,0.08553 ,0.110545 ,0.13233 ",\ "-0.044355 ,-0.00961 ,0.01468 ,0.051035 ,0.08252 ,0.112265 ,0.141305 ",\ "-0.054425 ,-0.019525 ,0.00631 ,0.04609 ,0.08091 ,0.11384 ,0.145925 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.020375 ,0.02725 ,0.0358 ,0.05285 ,0.071955 ,0.09118 ,0.110485 ",\ "0.05838 ,0.066985 ,0.07703 ,0.09563 ,0.11229 ,0.13355 ,0.157555 ",\ "0.1036 ,0.115695 ,0.128895 ,0.153385 ,0.175645 ,0.195275 ,0.21771 ",\ "0.18477 ,0.20343 ,0.22312 ,0.259315 ,0.2918 ,0.319845 ,0.342925 ",\ "0.224965 ,0.245505 ,0.268025 ,0.30952 ,0.346265 ,0.37726 ,0.40183 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.02083 ,0.02977 ,0.0411 ,0.063505 ,0.084585 ,0.105625 ,0.126655 ",\ "0.038065 ,0.05075 ,0.063955 ,0.08923 ,0.11491 ,0.138575 ,0.161095 ",\ "0.054615 ,0.07291 ,0.08915 ,0.117915 ,0.145815 ,0.17383 ,0.201055 ",\ "0.07911 ,0.107605 ,0.130155 ,0.166785 ,0.19993 ,0.231625 ,0.262515 ",\ "0.091895 ,0.123645 ,0.149045 ,0.189785 ,0.22584 ,0.25964 ,0.292 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.026815 ,0.042375 ,0.062895 ,0.10392 ,0.14827 ,0.192705 ,0.237185 ",\ "0.057125 ,0.07096 ,0.09113 ,0.130785 ,0.16792 ,0.211695 ,0.2594 ",\ "0.09719 ,0.10912 ,0.129335 ,0.17119 ,0.211615 ,0.24931 ,0.29052 ",\ "0.17607 ,0.183215 ,0.20326 ,0.248945 ,0.294805 ,0.338095 ,0.377655 ",\ "0.216795 ,0.22044 ,0.240015 ,0.28708 ,0.33491 ,0.379935 ,0.420685 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.014385 ,0.019865 ,0.026985 ,0.04115 ,0.052095 ,0.06301 ,0.073915 ",\ "0.0203 ,0.030865 ,0.04064 ,0.05957 ,0.0801 ,0.09609 ,0.109515 ",\ "0.01269 ,0.031025 ,0.045105 ,0.068675 ,0.09147 ,0.11484 ,0.1367 ",\ "-0.017915 ,0.011565 ,0.032605 ,0.06515 ,0.094135 ,0.12189 ,0.149135 ",\ "-0.023345 ,0.005815 ,0.027855 ,0.063135 ,0.095125 ,0.125965 ,0.15631 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.02331 ,0.029975 ,0.038405 ,0.055295 ,0.07406 ,0.09295 ,0.11193 ",\ "0.06334 ,0.07128 ,0.08086 ,0.09886 ,0.11514 ,0.13592 ,0.15938 ",\ "0.11077 ,0.12185 ,0.13429 ,0.15768 ,0.179055 ,0.197905 ,0.219635 ",\ "0.19441 ,0.212165 ,0.230805 ,0.265335 ,0.2965 ,0.32342 ,0.345485 ",\ "0.235025 ,0.255115 ,0.276565 ,0.316265 ,0.35171 ,0.381735 ,0.40559 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.02176 ,0.03061 ,0.041985 ,0.064525 ,0.08546 ,0.106355 ,0.127225 ",\ "0.034195 ,0.04621 ,0.058935 ,0.083515 ,0.10871 ,0.13149 ,0.15288 ",\ "0.04426 ,0.0612 ,0.076315 ,0.103155 ,0.12932 ,0.15578 ,0.18126 ",\ "0.057675 ,0.08386 ,0.104175 ,0.1369 ,0.16664 ,0.19543 ,0.223945 ",\ "0.06587 ,0.09513 ,0.11783 ,0.15387 ,0.18607 ,0.216875 ,0.247135 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.02512 ,0.040705 ,0.06163 ,0.103595 ,0.14767 ,0.19181 ,0.235985 ",\ "0.05439 ,0.067125 ,0.08667 ,0.12635 ,0.164925 ,0.2082 ,0.25426 ",\ "0.09807 ,0.107075 ,0.12507 ,0.164225 ,0.20352 ,0.241445 ,0.282225 ",\ "0.19015 ,0.191395 ,0.206615 ,0.245115 ,0.285675 ,0.325195 ,0.36239 ",\ "0.23645 ,0.233765 ,0.247905 ,0.286475 ,0.327695 ,0.36771 ,0.404975 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.016335 ,0.02167 ,0.028775 ,0.04304 ,0.053855 ,0.064655 ,0.07545 ",\ "0.026905 ,0.03654 ,0.04565 ,0.063835 ,0.08407 ,0.099635 ,0.112495 ",\ "0.02511 ,0.041675 ,0.05437 ,0.076125 ,0.09775 ,0.12037 ,0.14162 ",\ "0.00545 ,0.031815 ,0.050235 ,0.07923 ,0.10585 ,0.13196 ,0.15807 ",\ "0.005625 ,0.031045 ,0.0499 ,0.080915 ,0.11017 ,0.139225 ,0.168485 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.026005 ,0.03256 ,0.041025 ,0.05806 ,0.076775 ,0.095625 ,0.114555 ",\ "0.06914 ,0.076215 ,0.08525 ,0.102705 ,0.118855 ,0.139225 ,0.16212 ",\ "0.120845 ,0.130175 ,0.14138 ,0.163225 ,0.183695 ,0.20208 ,0.2233 ",\ "0.21274 ,0.22726 ,0.24346 ,0.27475 ,0.3038 ,0.32935 ,0.350645 ",\ "0.25724 ,0.273515 ,0.292015 ,0.32778 ,0.36066 ,0.389065 ,0.41205 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.0176 ,0.017225 ,0.017035 ,0.016805 ,0.016675 ,0.01663 ,0.01667 ",\ "0.034445 ,0.03256 ,0.03148 ,0.02994 ,0.028815 ,0.028045 ,0.027605 ",\ "0.058 ,0.054475 ,0.052295 ,0.049065 ,0.046635 ,0.044895 ,0.043815 ",\ "0.107445 ,0.10221 ,0.09825 ,0.092005 ,0.08716 ,0.083595 ,0.081275 ",\ "0.13329 ,0.12799 ,0.12336 ,0.115795 ,0.10985 ,0.105425 ,0.10251 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.005375 ,0.004855 ,0.00462 ,0.00435 ,0.004205 ,0.004155 ,0.004205 ",\ "0.02166 ,0.01953 ,0.01831 ,0.01657 ,0.015295 ,0.01441 ,0.0139 ",\ "0.04483 ,0.041235 ,0.038935 ,0.03548 ,0.03283 ,0.03088 ,0.02961 ",\ "0.09412 ,0.09036 ,0.086945 ,0.08121 ,0.07652 ,0.07281 ,0.070065 ",\ "0.12018 ,0.117735 ,0.11429 ,0.108005 ,0.10265 ,0.098245 ,0.09479 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.01966 ,0.01955 ,0.019515 ,0.01948 ,0.019475 ,0.019495 ,0.019545 ",\ "0.03484 ,0.03312 ,0.032195 ,0.030905 ,0.02999 ,0.029375 ,0.02906 ",\ "0.057095 ,0.053665 ,0.051595 ,0.04857 ,0.046345 ,0.0448 ,0.04391 ",\ "0.106135 ,0.101075 ,0.09707 ,0.090705 ,0.085785 ,0.08221 ,0.079945 ",\ "0.13284 ,0.12788 ,0.123095 ,0.11512 ,0.108835 ,0.104165 ,0.101095 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.00727 ,0.00693 ,0.00675 ,0.00652 ,0.006385 ,0.006335 ,0.006365 ",\ "0.023735 ,0.022185 ,0.021135 ,0.019535 ,0.018315 ,0.017435 ,0.016885 ",\ "0.04727 ,0.04459 ,0.04259 ,0.03942 ,0.03692 ,0.03502 ,0.033705 ",\ "0.097165 ,0.094135 ,0.091125 ,0.08595 ,0.08163 ,0.078125 ,0.075425 ",\ "0.12345 ,0.121195 ,0.118135 ,0.11253 ,0.10768 ,0.1036 ,0.100285 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.022725 ,0.02268 ,0.02267 ,0.02267 ,0.02269 ,0.02273 ,0.02279 ",\ "0.03848 ,0.03678 ,0.035855 ,0.03456 ,0.03365 ,0.03305 ,0.03276 ",\ "0.062155 ,0.05873 ,0.056605 ,0.05348 ,0.051175 ,0.049585 ,0.048685 ",\ "0.11599 ,0.11113 ,0.106955 ,0.10016 ,0.094855 ,0.09094 ,0.08839 ",\ "0.14608 ,0.14151 ,0.13649 ,0.12788 ,0.120965 ,0.11572 ,0.112135 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.004, 0.0158, 0.0315, 0.0628, 0.0942, 0.1256, 0.157 "); values ("0.009905 ,0.00964 ,0.00952 ,0.009375 ,0.009305 ,0.009295 ,0.00934 ",\ "0.027825 ,0.02623 ,0.02513 ,0.023445 ,0.022165 ,0.021245 ,0.020675 ",\ "0.053535 ,0.05071 ,0.048535 ,0.04507 ,0.04234 ,0.04028 ,0.038875 ",\ "0.10846 ,0.10511 ,0.10175 ,0.095945 ,0.09111 ,0.0872 ,0.08421 ",\ "0.13759 ,0.134955 ,0.13148 ,0.125135 ,0.11965 ,0.115035 ,0.111295 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1570 ; } pin(A) { direction : input ; capacitance : 0.005680 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.005726 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.005781 ; max_transition : 2.7273 ; } } cell(OA21_B) { area : 7 ; cell_footprint : OA21 ; cell_leakage_power : 0.125490 ; pin(Z) { direction : output ; function : "((A2+A1)*B)" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.02097 ,0.029545 ,0.040775 ,0.063215 ,0.08568 ,0.108095 ,0.130535 ",\ "0.017775 ,0.027445 ,0.03896 ,0.061185 ,0.083015 ,0.104615 ,0.12603 ",\ "0.00079 ,0.01259 ,0.024835 ,0.047365 ,0.069005 ,0.090195 ,0.11106 ",\ "-0.049225 ,-0.033885 ,-0.02055 ,0.002755 ,0.025185 ,0.04763 ,0.07034 ",\ "-0.072275 ,-0.057075 ,-0.044135 ,-0.02116 ,0.001745 ,0.025475 ,0.050285 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.01469 ,0.031255 ,0.05377 ,0.10001 ,0.147815 ,0.19716 ,0.24124 ",\ "0.01975 ,0.03558 ,0.0572 ,0.10143 ,0.146825 ,0.193345 ,0.240955 ",\ "0.02593 ,0.041585 ,0.062985 ,0.10651 ,0.150785 ,0.19574 ,0.24133 ",\ "0.03625 ,0.05227 ,0.073865 ,0.117405 ,0.161255 ,0.205335 ,0.249595 ",\ "0.040635 ,0.05709 ,0.078975 ,0.12297 ,0.167255 ,0.211775 ,0.256485 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.03574 ,0.04095 ,0.04705 ,0.060055 ,0.07317 ,0.0831 ,0.09302 ",\ "0.06955 ,0.07807 ,0.08469 ,0.09621 ,0.107835 ,0.12009 ,0.13309 ",\ "0.106755 ,0.119545 ,0.127465 ,0.13892 ,0.14898 ,0.158595 ,0.167955 ",\ "0.16985 ,0.185955 ,0.19536 ,0.208495 ,0.21985 ,0.2306 ,0.24093 ",\ "0.201195 ,0.214565 ,0.22345 ,0.237735 ,0.251645 ,0.26595 ,0.280705 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.01308 ,0.020295 ,0.02983 ,0.04864 ,0.067415 ,0.08686 ,0.10633 ",\ "0.01859 ,0.02582 ,0.03532 ,0.05396 ,0.072115 ,0.08978 ,0.106935 ",\ "0.025335 ,0.03276 ,0.04238 ,0.061115 ,0.079225 ,0.096695 ,0.11351 ",\ "0.037025 ,0.04504 ,0.05505 ,0.074295 ,0.092705 ,0.11028 ,0.126995 ",\ "0.042155 ,0.050505 ,0.060755 ,0.08036 ,0.09907 ,0.116905 ,0.13382 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.02309 ,0.03161 ,0.04281 ,0.065425 ,0.088135 ,0.11026 ,0.13242 ",\ "0.0232 ,0.03277 ,0.044135 ,0.06623 ,0.088175 ,0.11012 ,0.13212 ",\ "0.01097 ,0.02261 ,0.03464 ,0.056875 ,0.078385 ,0.099585 ,0.12058 ",\ "-0.02867 ,-0.01399 ,-0.00106 ,0.021745 ,0.043815 ,0.06593 ,0.088295 ",\ "-0.04628 ,-0.032195 ,-0.019805 ,0.00261 ,0.025145 ,0.048525 ,0.07293 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.014695 ,0.031295 ,0.053885 ,0.1004 ,0.148635 ,0.19444 ,0.23857 ",\ "0.019255 ,0.035065 ,0.05673 ,0.10121 ,0.14707 ,0.194245 ,0.24272 ",\ "0.0249 ,0.04046 ,0.06187 ,0.105635 ,0.150405 ,0.196095 ,0.242665 ",\ "0.03439 ,0.050085 ,0.071575 ,0.115205 ,0.15943 ,0.204145 ,0.249285 ",\ "0.03848 ,0.05445 ,0.076135 ,0.120075 ,0.164585 ,0.20955 ,0.25491 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.035365 ,0.04067 ,0.04679 ,0.05962 ,0.07249 ,0.082535 ,0.09256 ",\ "0.06294 ,0.07161 ,0.078375 ,0.090085 ,0.101805 ,0.114085 ,0.127045 ",\ "0.09506 ,0.107755 ,0.11582 ,0.127675 ,0.1382 ,0.148355 ,0.158355 ",\ "0.15206 ,0.167635 ,0.17728 ,0.19117 ,0.203265 ,0.214735 ,0.22582 ",\ "0.178435 ,0.191635 ,0.201165 ,0.21669 ,0.23148 ,0.246345 ,0.261445 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.012735 ,0.02014 ,0.029835 ,0.04864 ,0.06733 ,0.08738 ,0.10744 ",\ "0.01742 ,0.025115 ,0.035105 ,0.054385 ,0.07276 ,0.090215 ,0.10675 ",\ "0.02334 ,0.031465 ,0.041875 ,0.06183 ,0.080705 ,0.09849 ,0.11517 ",\ "0.033755 ,0.042785 ,0.054095 ,0.075535 ,0.09558 ,0.114225 ,0.13144 ",\ "0.03826 ,0.047725 ,0.059505 ,0.081755 ,0.10247 ,0.121645 ,0.139255 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.02235 ,0.030965 ,0.042265 ,0.064985 ,0.08776 ,0.110075 ,0.13241 ",\ "0.01905 ,0.02879 ,0.040315 ,0.062605 ,0.08462 ,0.10654 ,0.128425 ",\ "0.00151 ,0.01336 ,0.025555 ,0.047935 ,0.06947 ,0.09062 ,0.111535 ",\ "-0.05201 ,-0.03694 ,-0.02383 ,-0.00093 ,0.021155 ,0.04332 ,0.06585 ",\ "-0.078145 ,-0.063545 ,-0.05095 ,-0.028415 ,-0.005805 ,0.01777 ,0.04259 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.01448 ,0.031155 ,0.053755 ,0.100045 ,0.147735 ,0.19426 ,0.238615 ",\ "0.01849 ,0.03452 ,0.056335 ,0.100865 ,0.146495 ,0.193175 ,0.240885 ",\ "0.023555 ,0.039425 ,0.06103 ,0.10495 ,0.149645 ,0.19505 ,0.24114 ",\ "0.03212 ,0.04827 ,0.070015 ,0.11394 ,0.158345 ,0.203155 ,0.24834 ",\ "0.035755 ,0.05227 ,0.07425 ,0.11857 ,0.16339 ,0.208665 ,0.254355 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.04094 ,0.045905 ,0.05179 ,0.064325 ,0.077015 ,0.08695 ,0.096915 ",\ "0.085965 ,0.093945 ,0.100275 ,0.111415 ,0.122675 ,0.13448 ,0.146905 ",\ "0.13604 ,0.14806 ,0.155595 ,0.166685 ,0.176525 ,0.185915 ,0.194965 ",\ "0.22435 ,0.239165 ,0.247765 ,0.25998 ,0.270755 ,0.280985 ,0.290715 ",\ "0.271095 ,0.282485 ,0.29003 ,0.302595 ,0.315255 ,0.32841 ,0.341915 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.01307 ,0.019965 ,0.029185 ,0.047665 ,0.066195 ,0.0848 ,0.103435 ",\ "0.018445 ,0.02509 ,0.03396 ,0.051715 ,0.06946 ,0.087175 ,0.104845 ",\ "0.024575 ,0.03122 ,0.03994 ,0.057315 ,0.074645 ,0.091905 ,0.10908 ",\ "0.034275 ,0.041295 ,0.04993 ,0.066915 ,0.08382 ,0.10066 ,0.117415 ",\ "0.038515 ,0.045795 ,0.054415 ,0.071255 ,0.08804 ,0.104815 ,0.12156 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.00304 ,0.002995 ,0.002985 ,0.002975 ,0.002975 ,0.002975 ,0.00298 ",\ "0.00622 ,0.00609 ,0.00603 ,0.005965 ,0.00592 ,0.0059 ,0.00589 ",\ "0.01071 ,0.01049 ,0.010375 ,0.010225 ,0.01013 ,0.010075 ,0.010055 ",\ "0.020225 ,0.019885 ,0.019675 ,0.01939 ,0.019195 ,0.019075 ,0.019025 ",\ "0.02523 ,0.024865 ,0.024625 ,0.02428 ,0.02404 ,0.02389 ,0.023825 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.00548 ,0.005385 ,0.00534 ,0.005285 ,0.00525 ,0.005225 ,0.005215 ",\ "0.0086 ,0.008405 ,0.00832 ,0.00822 ,0.008155 ,0.00811 ,0.00809 ",\ "0.012995 ,0.01269 ,0.012545 ,0.012375 ,0.012265 ,0.012195 ,0.01216 ",\ "0.02229 ,0.021835 ,0.021585 ,0.021265 ,0.02105 ,0.02092 ,0.020865 ",\ "0.02718 ,0.02669 ,0.026395 ,0.02599 ,0.025715 ,0.02555 ,0.02549 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.00333 ,0.00329 ,0.003275 ,0.00326 ,0.003255 ,0.003255 ,0.003255 ",\ "0.006755 ,0.006635 ,0.006575 ,0.006505 ,0.00646 ,0.006435 ,0.006425 ",\ "0.0116 ,0.011385 ,0.01127 ,0.01113 ,0.011035 ,0.010975 ,0.01095 ",\ "0.021815 ,0.021495 ,0.02129 ,0.021015 ,0.020825 ,0.02071 ,0.02066 ",\ "0.02718 ,0.02684 ,0.026605 ,0.02627 ,0.02604 ,0.025895 ,0.02584 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.00573 ,0.00564 ,0.005595 ,0.005535 ,0.005495 ,0.005475 ,0.00546 ",\ "0.008825 ,0.00865 ,0.00857 ,0.008475 ,0.008415 ,0.00837 ,0.008345 ",\ "0.0133 ,0.01303 ,0.0129 ,0.01275 ,0.01265 ,0.01258 ,0.01254 ",\ "0.023035 ,0.022655 ,0.022435 ,0.022145 ,0.021945 ,0.02182 ,0.021765 ",\ "0.028285 ,0.02789 ,0.027625 ,0.02725 ,0.026995 ,0.02684 ,0.026785 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.003025 ,0.00299 ,0.00298 ,0.00297 ,0.002965 ,0.002965 ,0.002965 ",\ "0.005885 ,0.00578 ,0.00574 ,0.00569 ,0.005655 ,0.005635 ,0.00563 ",\ "0.009985 ,0.00981 ,0.009725 ,0.009625 ,0.009555 ,0.00951 ,0.009485 ",\ "0.018825 ,0.01857 ,0.018415 ,0.01821 ,0.018065 ,0.017975 ,0.01793 ",\ "0.02355 ,0.02329 ,0.02311 ,0.02285 ,0.02267 ,0.02256 ,0.02252 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0116, 0.0232, 0.0347, 0.0463, 0.0578 "); values ("0.006 ,0.00592 ,0.00589 ,0.00586 ,0.005845 ,0.00584 ,0.005845 ",\ "0.009065 ,0.008885 ,0.00881 ,0.00873 ,0.008685 ,0.008665 ,0.008665 ",\ "0.01333 ,0.01304 ,0.012905 ,0.01275 ,0.012655 ,0.01261 ,0.012605 ",\ "0.022185 ,0.021765 ,0.021535 ,0.021245 ,0.02106 ,0.020955 ,0.02093 ",\ "0.026775 ,0.02633 ,0.026065 ,0.025715 ,0.025485 ,0.02535 ,0.02531 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0578 ; } pin(A1) { direction : input ; capacitance : 0.001168 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001304 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001776 ; max_transition : 2.7273 ; } } cell(OA22_B) { area : 9 ; cell_footprint : OA22 ; cell_leakage_power : 0.139654 ; pin(Z) { direction : output ; function : "((A2+A1)*(B2+B1))" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.023635 ,0.032125 ,0.0433 ,0.065875 ,0.08854 ,0.110585 ,0.132665 ",\ "0.02323 ,0.03277 ,0.044085 ,0.06608 ,0.08791 ,0.109755 ,0.131655 ",\ "0.00919 ,0.020825 ,0.03277 ,0.05477 ,0.076035 ,0.097 ,0.1178 ",\ "-0.036655 ,-0.02172 ,-0.008885 ,0.01357 ,0.03534 ,0.0573 ,0.07969 ",\ "-0.05826 ,-0.043745 ,-0.03143 ,-0.009365 ,0.012955 ,0.03638 ,0.06114 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.01511 ,0.03174 ,0.054375 ,0.100975 ,0.149305 ,0.195175 ,0.239365 ",\ "0.01964 ,0.035495 ,0.057195 ,0.101755 ,0.147705 ,0.19499 ,0.243595 ",\ "0.02551 ,0.041075 ,0.062445 ,0.106145 ,0.15089 ,0.196595 ,0.243225 ",\ "0.035655 ,0.05134 ,0.07266 ,0.11597 ,0.16 ,0.20465 ,0.24988 ",\ "0.04008 ,0.056095 ,0.07757 ,0.121115 ,0.16539 ,0.210335 ,0.255895 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.03641 ,0.041985 ,0.048345 ,0.062085 ,0.07574 ,0.08552 ,0.09527 ",\ "0.07001 ,0.07963 ,0.086535 ,0.09826 ,0.11022 ,0.123095 ,0.13703 ",\ "0.10684 ,0.121445 ,0.12972 ,0.141 ,0.150745 ,0.16015 ,0.169475 ",\ "0.1703 ,0.187895 ,0.197375 ,0.209875 ,0.220565 ,0.230835 ,0.24095 ",\ "0.20263 ,0.216125 ,0.224635 ,0.238175 ,0.25172 ,0.26611 ,0.281445 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.01502 ,0.02247 ,0.032095 ,0.050475 ,0.068685 ,0.08883 ,0.10899 ",\ "0.020905 ,0.02898 ,0.03915 ,0.058325 ,0.076065 ,0.092385 ,0.107285 ",\ "0.02706 ,0.03598 ,0.046915 ,0.06721 ,0.085665 ,0.10232 ,0.11717 ",\ "0.036805 ,0.04688 ,0.059145 ,0.081585 ,0.101485 ,0.118855 ,0.13367 ",\ "0.04154 ,0.05164 ,0.064365 ,0.087735 ,0.10831 ,0.126025 ,0.140835 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.025945 ,0.0344 ,0.04553 ,0.068015 ,0.0906 ,0.11263 ,0.13471 ",\ "0.029165 ,0.03858 ,0.0498 ,0.07164 ,0.09334 ,0.11504 ,0.136775 ",\ "0.02044 ,0.031775 ,0.04352 ,0.065255 ,0.08632 ,0.107095 ,0.127685 ",\ "-0.013785 ,0.00029 ,0.012655 ,0.034565 ,0.055945 ,0.07754 ,0.09953 ",\ "-0.029305 ,-0.01602 ,-0.00434 ,0.01703 ,0.03885 ,0.0618 ,0.08602 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.01525 ,0.031845 ,0.054405 ,0.100755 ,0.148695 ,0.1979 ,0.24206 ",\ "0.019305 ,0.035125 ,0.0568 ,0.10127 ,0.14706 ,0.194115 ,0.24241 ",\ "0.02463 ,0.04007 ,0.061365 ,0.104965 ,0.14962 ,0.19525 ,0.241815 ",\ "0.03394 ,0.04919 ,0.07025 ,0.11329 ,0.157235 ,0.201965 ,0.247415 ",\ "0.038075 ,0.053435 ,0.07453 ,0.11768 ,0.161835 ,0.206875 ,0.252735 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.03593 ,0.04156 ,0.04792 ,0.061435 ,0.074805 ,0.084705 ,0.094565 ",\ "0.062835 ,0.072405 ,0.07937 ,0.09119 ,0.103175 ,0.116005 ,0.129845 ",\ "0.094095 ,0.108225 ,0.11645 ,0.127915 ,0.13799 ,0.14785 ,0.15777 ",\ "0.150715 ,0.167305 ,0.176695 ,0.18949 ,0.200565 ,0.21129 ,0.221975 ",\ "0.17762 ,0.190655 ,0.199475 ,0.21369 ,0.227615 ,0.24215 ,0.257485 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.014515 ,0.022205 ,0.03204 ,0.05048 ,0.068655 ,0.089565 ,0.110485 ",\ "0.019285 ,0.02762 ,0.038115 ,0.057815 ,0.075915 ,0.092435 ,0.10737 ",\ "0.02452 ,0.033525 ,0.04466 ,0.06552 ,0.08476 ,0.1024 ,0.11845 ",\ "0.03349 ,0.043305 ,0.05539 ,0.07802 ,0.09886 ,0.117915 ,0.13517 ",\ "0.03802 ,0.0478 ,0.06016 ,0.08339 ,0.10472 ,0.12411 ,0.14151 "); } } timing() { related_pin : "B1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.02603 ,0.03452 ,0.045615 ,0.068015 ,0.09049 ,0.1123 ,0.134135 ",\ "0.02527 ,0.03513 ,0.046575 ,0.06863 ,0.09042 ,0.112145 ,0.133875 ",\ "0.01067 ,0.022975 ,0.03531 ,0.057715 ,0.079125 ,0.100045 ,0.12063 ",\ "-0.037605 ,-0.021675 ,-0.008035 ,0.01543 ,0.037665 ,0.05962 ,0.081585 ",\ "-0.06137 ,-0.04589 ,-0.03262 ,-0.009265 ,0.013655 ,0.03706 ,0.061235 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.01518 ,0.031875 ,0.054505 ,0.10085 ,0.1486 ,0.19628 ,0.2407 ",\ "0.019895 ,0.03602 ,0.05793 ,0.102595 ,0.14828 ,0.19493 ,0.24254 ",\ "0.025825 ,0.04188 ,0.063655 ,0.107765 ,0.15247 ,0.197705 ,0.24344 ",\ "0.03544 ,0.05199 ,0.07406 ,0.1183 ,0.16262 ,0.20697 ,0.251305 ",\ "0.03925 ,0.05627 ,0.07866 ,0.123365 ,0.168075 ,0.212745 ,0.25734 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.045905 ,0.051525 ,0.058 ,0.07196 ,0.085925 ,0.09586 ,0.105735 ",\ "0.083655 ,0.09319 ,0.100195 ,0.112135 ,0.12423 ,0.13713 ,0.150975 ",\ "0.12529 ,0.139755 ,0.148185 ,0.159775 ,0.16964 ,0.178925 ,0.187885 ",\ "0.195585 ,0.21297 ,0.222705 ,0.23562 ,0.24624 ,0.25588 ,0.264775 ",\ "0.230515 ,0.24366 ,0.25241 ,0.266305 ,0.27956 ,0.29291 ,0.30641 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.01624 ,0.02396 ,0.03382 ,0.05247 ,0.07088 ,0.09157 ,0.112265 ",\ "0.021995 ,0.030285 ,0.040435 ,0.05947 ,0.07711 ,0.093415 ,0.108385 ",\ "0.02887 ,0.03776 ,0.048035 ,0.06703 ,0.084565 ,0.10075 ,0.115605 ",\ "0.040275 ,0.050135 ,0.060525 ,0.07923 ,0.09635 ,0.11211 ,0.126545 ",\ "0.04538 ,0.055485 ,0.065835 ,0.084315 ,0.101185 ,0.116705 ,0.1309 "); } } timing() { related_pin : "B2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.02827 ,0.036845 ,0.04805 ,0.070685 ,0.093405 ,0.11545 ,0.13753 ",\ "0.030625 ,0.040515 ,0.052015 ,0.074205 ,0.09616 ,0.118085 ,0.140025 ",\ "0.020775 ,0.032975 ,0.04526 ,0.06767 ,0.08915 ,0.11018 ,0.13089 ",\ "-0.016765 ,-0.001445 ,0.01189 ,0.035095 ,0.057235 ,0.07917 ,0.101135 ",\ "-0.034825 ,-0.02033 ,-0.00751 ,0.01547 ,0.03825 ,0.06161 ,0.08576 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.0153 ,0.03202 ,0.054655 ,0.1009 ,0.148415 ,0.19538 ,0.239905 ",\ "0.01956 ,0.035685 ,0.057575 ,0.102165 ,0.147715 ,0.194175 ,0.241525 ",\ "0.02496 ,0.040945 ,0.06265 ,0.106645 ,0.15126 ,0.196435 ,0.242125 ",\ "0.03385 ,0.050115 ,0.071945 ,0.11586 ,0.160015 ,0.204335 ,0.248775 ",\ "0.037575 ,0.054155 ,0.07618 ,0.120385 ,0.164795 ,0.20934 ,0.25398 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.045405 ,0.05113 ,0.057635 ,0.071425 ,0.08515 ,0.095255 ,0.1053 ",\ "0.075225 ,0.084805 ,0.0919 ,0.103945 ,0.11606 ,0.12891 ,0.14266 ",\ "0.110395 ,0.124425 ,0.132785 ,0.14449 ,0.15461 ,0.164285 ,0.1738 ",\ "0.17455 ,0.19073 ,0.200245 ,0.21328 ,0.22419 ,0.23426 ,0.24378 ",\ "0.204915 ,0.217305 ,0.22623 ,0.24068 ,0.25432 ,0.267925 ,0.281665 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.015995 ,0.023715 ,0.033535 ,0.05184 ,0.069855 ,0.09079 ,0.111735 ",\ "0.020205 ,0.028625 ,0.03908 ,0.05852 ,0.076195 ,0.092135 ,0.10634 ",\ "0.02556 ,0.034585 ,0.0455 ,0.06567 ,0.08398 ,0.10049 ,0.1152 ",\ "0.035585 ,0.045325 ,0.05686 ,0.07795 ,0.096875 ,0.113695 ,0.128415 ",\ "0.040345 ,0.05012 ,0.061835 ,0.083215 ,0.10222 ,0.1189 ,0.133225 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.003455 ,0.00341 ,0.003395 ,0.003385 ,0.003385 ,0.003385 ,0.00339 ",\ "0.006595 ,0.006465 ,0.00641 ,0.006345 ,0.006305 ,0.006285 ,0.00628 ",\ "0.01104 ,0.01082 ,0.01071 ,0.01057 ,0.01048 ,0.010425 ,0.010405 ",\ "0.020465 ,0.020135 ,0.019935 ,0.01966 ,0.019475 ,0.01936 ,0.01931 ",\ "0.02544 ,0.025085 ,0.02485 ,0.02452 ,0.02429 ,0.02415 ,0.024085 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.005575 ,0.00546 ,0.005405 ,0.005345 ,0.005305 ,0.005275 ,0.00526 ",\ "0.00865 ,0.00848 ,0.008385 ,0.008265 ,0.00818 ,0.008125 ,0.0081 ",\ "0.01297 ,0.01273 ,0.012585 ,0.01239 ,0.012255 ,0.012165 ,0.012125 ",\ "0.022115 ,0.02174 ,0.02151 ,0.02119 ,0.02097 ,0.020825 ,0.020755 ",\ "0.02693 ,0.02649 ,0.026225 ,0.02586 ,0.025605 ,0.025435 ,0.02535 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.00374 ,0.0037 ,0.003685 ,0.00367 ,0.003665 ,0.00366 ,0.00366 ",\ "0.00711 ,0.00699 ,0.006935 ,0.00686 ,0.006815 ,0.00679 ,0.00678 ",\ "0.01187 ,0.011665 ,0.011555 ,0.01141 ,0.01131 ,0.01125 ,0.011225 ",\ "0.02193 ,0.021625 ,0.021425 ,0.02115 ,0.02096 ,0.02084 ,0.02079 ",\ "0.02722 ,0.026895 ,0.02667 ,0.02634 ,0.02611 ,0.02596 ,0.0259 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.00582 ,0.005715 ,0.00566 ,0.0056 ,0.00556 ,0.005535 ,0.005525 ",\ "0.008825 ,0.00867 ,0.008595 ,0.0085 ,0.00843 ,0.008385 ,0.00836 ",\ "0.013185 ,0.012965 ,0.01285 ,0.0127 ,0.012595 ,0.01252 ,0.01248 ",\ "0.022715 ,0.022395 ,0.02219 ,0.02191 ,0.021715 ,0.02159 ,0.02153 ",\ "0.027885 ,0.027515 ,0.02726 ,0.026905 ,0.02666 ,0.02651 ,0.02645 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.00329 ,0.00325 ,0.003235 ,0.003225 ,0.00322 ,0.00322 ,0.00322 ",\ "0.006035 ,0.005915 ,0.005855 ,0.00579 ,0.00575 ,0.005725 ,0.005715 ",\ "0.01004 ,0.009825 ,0.009715 ,0.009575 ,0.009485 ,0.009425 ,0.009405 ",\ "0.018815 ,0.018505 ,0.01831 ,0.01803 ,0.01784 ,0.017725 ,0.017685 ",\ "0.02357 ,0.023265 ,0.02303 ,0.022695 ,0.02246 ,0.022315 ,0.02226 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.007545 ,0.00749 ,0.00743 ,0.007325 ,0.007245 ,0.00719 ,0.007165 ",\ "0.010515 ,0.010385 ,0.01027 ,0.010095 ,0.009965 ,0.00988 ,0.009845 ",\ "0.01466 ,0.014435 ,0.01426 ,0.013995 ,0.01381 ,0.013685 ,0.01363 ",\ "0.02329 ,0.02294 ,0.02267 ,0.02227 ,0.02198 ,0.02179 ,0.021705 ",\ "0.027765 ,0.027385 ,0.027085 ,0.02663 ,0.0263 ,0.026085 ,0.02598 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.003585 ,0.00355 ,0.00353 ,0.003515 ,0.003505 ,0.003505 ,0.00351 ",\ "0.00653 ,0.006415 ,0.00636 ,0.006295 ,0.00625 ,0.006225 ,0.006215 ",\ "0.010815 ,0.010615 ,0.01051 ,0.010375 ,0.010285 ,0.01023 ,0.010205 ",\ "0.02019 ,0.01991 ,0.01972 ,0.019455 ,0.01927 ,0.019155 ,0.01911 ",\ "0.02527 ,0.02499 ,0.02477 ,0.02444 ,0.02421 ,0.02407 ,0.02402 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0059, 0.0117, 0.0232, 0.0348, 0.0464, 0.0579 "); values ("0.007835 ,0.007785 ,0.007715 ,0.007595 ,0.007505 ,0.007445 ,0.00742 ",\ "0.01067 ,0.01055 ,0.010455 ,0.010305 ,0.010195 ,0.010115 ,0.01007 ",\ "0.014775 ,0.014575 ,0.01444 ,0.014245 ,0.0141 ,0.013995 ,0.013925 ",\ "0.0237 ,0.023385 ,0.023175 ,0.02287 ,0.022645 ,0.022485 ,0.02239 ",\ "0.028505 ,0.02817 ,0.02792 ,0.02755 ,0.02728 ,0.02709 ,0.026985 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0579 ; } pin(A1) { direction : input ; capacitance : 0.001160 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001293 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.001293 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.001143 ; max_transition : 2.7273 ; } } cell(OA22_C) { area : 9 ; cell_footprint : OA22 ; cell_leakage_power : 0.188763 ; pin(Z) { direction : output ; function : "((A2+A1)*(B2+B1))" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.026325 ,0.035175 ,0.046915 ,0.070865 ,0.093325 ,0.11581 ,0.138315 ",\ "0.03155 ,0.041595 ,0.053265 ,0.076175 ,0.0994 ,0.122445 ,0.144075 ",\ "0.025475 ,0.03772 ,0.04982 ,0.072035 ,0.093655 ,0.115155 ,0.13667 ",\ "-0.00533 ,0.00946 ,0.0221 ,0.044325 ,0.065985 ,0.08789 ,0.11027 ",\ "-0.020915 ,-0.007645 ,0.004275 ,0.02643 ,0.049285 ,0.073505 ,0.09926 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.01469 ,0.032015 ,0.05523 ,0.102105 ,0.14915 ,0.1963 ,0.24351 ",\ "0.019795 ,0.03654 ,0.0591 ,0.10463 ,0.150995 ,0.19756 ,0.24425 ",\ "0.026505 ,0.04286 ,0.065115 ,0.10986 ,0.1557 ,0.202275 ,0.24906 ",\ "0.038405 ,0.054365 ,0.07627 ,0.120715 ,0.16539 ,0.211765 ,0.25902 ",\ "0.043705 ,0.05959 ,0.081375 ,0.125765 ,0.17057 ,0.216295 ,0.263815 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.03536 ,0.041955 ,0.05046 ,0.0687 ,0.08063 ,0.092285 ,0.103765 ",\ "0.06755 ,0.076365 ,0.084075 ,0.09952 ,0.117255 ,0.134315 ,0.144105 ",\ "0.10173 ,0.113805 ,0.12142 ,0.133915 ,0.14686 ,0.161095 ,0.17678 ",\ "0.15572 ,0.170355 ,0.178395 ,0.190075 ,0.201375 ,0.21341 ,0.226425 ",\ "0.180625 ,0.192615 ,0.20065 ,0.214265 ,0.228675 ,0.2448 ,0.26287 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.015375 ,0.02409 ,0.03518 ,0.056395 ,0.080085 ,0.103775 ,0.12746 ",\ "0.022265 ,0.03139 ,0.04283 ,0.064165 ,0.083515 ,0.10331 ,0.128085 ",\ "0.029625 ,0.039325 ,0.05128 ,0.073675 ,0.094155 ,0.11264 ,0.12907 ",\ "0.040835 ,0.05113 ,0.06394 ,0.08827 ,0.110785 ,0.131265 ,0.14956 ",\ "0.045775 ,0.055805 ,0.06885 ,0.09397 ,0.117355 ,0.138645 ,0.157645 "); } } timing() { related_pin : "A2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.02888 ,0.037745 ,0.049525 ,0.073635 ,0.096085 ,0.118565 ,0.141075 ",\ "0.037865 ,0.047785 ,0.059335 ,0.082175 ,0.10551 ,0.128725 ,0.150435 ",\ "0.037375 ,0.049285 ,0.06106 ,0.08289 ,0.104345 ,0.12581 ,0.147355 ",\ "0.01869 ,0.032645 ,0.044585 ,0.065965 ,0.087125 ,0.108665 ,0.130695 ",\ "0.00938 ,0.021535 ,0.032615 ,0.053805 ,0.076115 ,0.09994 ,0.125305 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.01485 ,0.032255 ,0.05559 ,0.102725 ,0.150035 ,0.19745 ,0.24493 ",\ "0.01933 ,0.036135 ,0.058795 ,0.104555 ,0.15113 ,0.197895 ,0.24479 ",\ "0.025295 ,0.04161 ,0.06388 ,0.108715 ,0.154635 ,0.201175 ,0.24792 ",\ "0.03594 ,0.051575 ,0.07329 ,0.117585 ,0.16233 ,0.20842 ,0.255105 ",\ "0.040655 ,0.056045 ,0.07754 ,0.121665 ,0.16651 ,0.212185 ,0.258875 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.034905 ,0.041565 ,0.05006 ,0.068025 ,0.08005 ,0.091765 ,0.103275 ",\ "0.06047 ,0.06937 ,0.077275 ,0.092915 ,0.110625 ,0.127445 ,0.13698 ",\ "0.08859 ,0.100495 ,0.108405 ,0.12147 ,0.13492 ,0.149695 ,0.16605 ",\ "0.134715 ,0.148975 ,0.15755 ,0.17015 ,0.18206 ,0.19464 ,0.208305 ",\ "0.154765 ,0.16703 ,0.176025 ,0.19082 ,0.2056 ,0.221665 ,0.23952 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.014775 ,0.02365 ,0.034855 ,0.056085 ,0.080225 ,0.104345 ,0.128445 ",\ "0.020155 ,0.029545 ,0.04132 ,0.063185 ,0.082875 ,0.10298 ,0.128345 ",\ "0.02617 ,0.036125 ,0.04852 ,0.071815 ,0.09324 ,0.112745 ,0.13029 ",\ "0.0362 ,0.046755 ,0.06004 ,0.085415 ,0.109145 ,0.13107 ,0.15107 ",\ "0.04093 ,0.05134 ,0.06485 ,0.090855 ,0.115175 ,0.13754 ,0.15779 "); } } timing() { related_pin : "B1" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.027995 ,0.03694 ,0.048705 ,0.072545 ,0.09514 ,0.11774 ,0.14035 ",\ "0.03149 ,0.041895 ,0.053855 ,0.07704 ,0.10025 ,0.123215 ,0.14502 ",\ "0.02382 ,0.036615 ,0.04929 ,0.072255 ,0.09427 ,0.115925 ,0.13741 ",\ "-0.010305 ,0.005255 ,0.018935 ,0.042625 ,0.065095 ,0.08735 ,0.10973 ",\ "-0.02861 ,-0.01436 ,-0.00112 ,0.022825 ,0.046545 ,0.070955 ,0.096365 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.014595 ,0.03213 ,0.05537 ,0.10227 ,0.149955 ,0.19773 ,0.245565 ",\ "0.019335 ,0.036565 ,0.05959 ,0.10525 ,0.15049 ,0.19818 ,0.245985 ",\ "0.025555 ,0.04267 ,0.0657 ,0.11168 ,0.15721 ,0.2021 ,0.250075 ",\ "0.03628 ,0.05341 ,0.07658 ,0.123185 ,0.169635 ,0.21562 ,0.26097 ",\ "0.040795 ,0.058005 ,0.08126 ,0.12809 ,0.174785 ,0.220985 ,0.26649 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.0423 ,0.0491 ,0.057805 ,0.07622 ,0.088355 ,0.100115 ,0.111635 ",\ "0.078215 ,0.087125 ,0.095025 ,0.110635 ,0.128235 ,0.145145 ,0.15523 ",\ "0.117075 ,0.129165 ,0.13699 ,0.14972 ,0.162575 ,0.17637 ,0.19129 ",\ "0.178425 ,0.193085 ,0.201405 ,0.213415 ,0.224535 ,0.23583 ,0.247515 ",\ "0.206055 ,0.21812 ,0.226485 ,0.240445 ,0.254545 ,0.269635 ,0.28592 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.01704 ,0.025845 ,0.03704 ,0.05866 ,0.082015 ,0.10536 ,0.1287 ",\ "0.02371 ,0.03279 ,0.04382 ,0.064725 ,0.08441 ,0.10438 ,0.12737 ",\ "0.03193 ,0.04133 ,0.052065 ,0.072405 ,0.091865 ,0.110485 ,0.128215 ",\ "0.04554 ,0.05546 ,0.06562 ,0.084865 ,0.10379 ,0.122445 ,0.140745 ",\ "0.05095 ,0.060975 ,0.07088 ,0.08964 ,0.10831 ,0.126935 ,0.14541 "); } } timing() { related_pin : "B2" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.0305 ,0.039455 ,0.05128 ,0.0754 ,0.09781 ,0.12023 ,0.142655 ",\ "0.037275 ,0.047575 ,0.059415 ,0.08261 ,0.106145 ,0.129445 ,0.151075 ",\ "0.034645 ,0.047175 ,0.059525 ,0.08211 ,0.104035 ,0.12581 ,0.147585 ",\ "0.01187 ,0.026685 ,0.039715 ,0.06255 ,0.08448 ,0.10634 ,0.128375 ",\ "-0.000465 ,0.01272 ,0.02521 ,0.04826 ,0.071445 ,0.095455 ,0.12051 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.01483 ,0.032395 ,0.05577 ,0.102985 ,0.15062 ,0.198345 ,0.24613 ",\ "0.01913 ,0.03636 ,0.059435 ,0.10544 ,0.15176 ,0.199305 ,0.246965 ",\ "0.024835 ,0.041865 ,0.06482 ,0.110815 ,0.15658 ,0.20268 ,0.25067 ",\ "0.034825 ,0.051695 ,0.074545 ,0.12067 ,0.166855 ,0.2128 ,0.258335 ",\ "0.03918 ,0.056025 ,0.07885 ,0.12504 ,0.171395 ,0.21755 ,0.26331 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.04197 ,0.048815 ,0.0575 ,0.075625 ,0.08785 ,0.099675 ,0.111235 ",\ "0.070405 ,0.079365 ,0.087415 ,0.10316 ,0.12071 ,0.137335 ,0.147035 ",\ "0.102535 ,0.114335 ,0.12235 ,0.135495 ,0.148745 ,0.16304 ,0.17864 ",\ "0.156125 ,0.17009 ,0.17879 ,0.191515 ,0.203115 ,0.21491 ,0.227315 ",\ "0.179095 ,0.19109 ,0.20033 ,0.21539 ,0.229825 ,0.24491 ,0.26115 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.016035 ,0.025005 ,0.036295 ,0.05771 ,0.081755 ,0.105755 ,0.129735 ",\ "0.020945 ,0.03052 ,0.04223 ,0.063865 ,0.08338 ,0.10327 ,0.128085 ",\ "0.027065 ,0.037265 ,0.04935 ,0.07175 ,0.09221 ,0.11077 ,0.1274 ",\ "0.038235 ,0.04919 ,0.061845 ,0.08533 ,0.106945 ,0.126685 ,0.14449 ",\ "0.043345 ,0.054345 ,0.067195 ,0.091085 ,0.11299 ,0.132865 ,0.150635 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.005305 ,0.00521 ,0.005165 ,0.00511 ,0.00508 ,0.005065 ,0.00507 ",\ "0.00998 ,0.009715 ,0.00957 ,0.00937 ,0.00924 ,0.009165 ,0.00915 ",\ "0.01656 ,0.016095 ,0.015815 ,0.015425 ,0.015165 ,0.01502 ,0.014975 ",\ "0.030445 ,0.029665 ,0.02916 ,0.02844 ,0.027945 ,0.02765 ,0.02755 ",\ "0.037735 ,0.03684 ,0.036245 ,0.035385 ,0.034785 ,0.03442 ,0.03429 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.008095 ,0.007845 ,0.007725 ,0.00757 ,0.007465 ,0.007395 ,0.007365 ",\ "0.012705 ,0.01229 ,0.012055 ,0.011735 ,0.011515 ,0.01138 ,0.011335 ",\ "0.019105 ,0.018505 ,0.01813 ,0.0176 ,0.017235 ,0.017025 ,0.01696 ",\ "0.032465 ,0.031575 ,0.03097 ,0.030095 ,0.02949 ,0.02913 ,0.029015 ",\ "0.03941 ,0.03842 ,0.03773 ,0.03671 ,0.036005 ,0.035585 ,0.035445 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.00572 ,0.005615 ,0.005565 ,0.005495 ,0.005455 ,0.00543 ,0.00543 ",\ "0.010665 ,0.0104 ,0.010245 ,0.010035 ,0.00989 ,0.00981 ,0.009785 ",\ "0.017605 ,0.01714 ,0.01686 ,0.016465 ,0.016195 ,0.01604 ,0.015985 ",\ "0.03214 ,0.031395 ,0.030905 ,0.0302 ,0.029705 ,0.029405 ,0.029295 ",\ "0.03973 ,0.038895 ,0.038325 ,0.037485 ,0.036895 ,0.03653 ,0.03639 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.00837 ,0.008135 ,0.008015 ,0.007855 ,0.007745 ,0.007675 ,0.007645 ",\ "0.012725 ,0.012355 ,0.012155 ,0.011885 ,0.011695 ,0.011575 ,0.01152 ",\ "0.01897 ,0.018445 ,0.018135 ,0.0177 ,0.0174 ,0.017215 ,0.01714 ",\ "0.03247 ,0.031685 ,0.03116 ,0.03039 ,0.02986 ,0.02955 ,0.02945 ",\ "0.039715 ,0.03883 ,0.03819 ,0.037245 ,0.036595 ,0.036225 ,0.03612 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.00508 ,0.004995 ,0.004955 ,0.0049 ,0.00487 ,0.004855 ,0.004855 ",\ "0.0092 ,0.008955 ,0.00882 ,0.00864 ,0.008525 ,0.00846 ,0.008445 ",\ "0.015145 ,0.014705 ,0.014455 ,0.014105 ,0.013875 ,0.013745 ,0.013705 ",\ "0.02803 ,0.027325 ,0.026865 ,0.02621 ,0.02576 ,0.025495 ,0.025415 ",\ "0.03496 ,0.034175 ,0.03363 ,0.03283 ,0.032275 ,0.03195 ,0.031845 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.010615 ,0.01037 ,0.01017 ,0.00985 ,0.009605 ,0.009425 ,0.009315 ",\ "0.01507 ,0.01464 ,0.014315 ,0.01381 ,0.013445 ,0.0132 ,0.01308 ",\ "0.02123 ,0.0206 ,0.020115 ,0.019385 ,0.01886 ,0.018535 ,0.018395 ",\ "0.03393 ,0.03304 ,0.03231 ,0.031185 ,0.03039 ,0.0299 ,0.029715 ",\ "0.040455 ,0.039515 ,0.03869 ,0.037405 ,0.03649 ,0.035925 ,0.035705 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.005505 ,0.00541 ,0.00536 ,0.00529 ,0.00525 ,0.005225 ,0.00522 ",\ "0.00987 ,0.00962 ,0.00948 ,0.009285 ,0.009155 ,0.00908 ,0.009055 ",\ "0.016145 ,0.015715 ,0.015455 ,0.0151 ,0.014855 ,0.01471 ,0.014655 ",\ "0.02967 ,0.02899 ,0.02854 ,0.02789 ,0.027435 ,0.02716 ,0.02706 ",\ "0.036905 ,0.03616 ,0.03563 ,0.03485 ,0.0343 ,0.033965 ,0.03384 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0126, 0.025, 0.0499, 0.0749, 0.0998, 0.1247 "); values ("0.010695 ,0.010475 ,0.0103 ,0.010035 ,0.00984 ,0.009715 ,0.009665 ",\ "0.01486 ,0.01451 ,0.014255 ,0.01387 ,0.0136 ,0.013425 ,0.013355 ",\ "0.02082 ,0.020315 ,0.019955 ,0.019415 ,0.01903 ,0.01879 ,0.01869 ",\ "0.033625 ,0.0329 ,0.03234 ,0.031485 ,0.03088 ,0.030505 ,0.030355 ",\ "0.040455 ,0.039665 ,0.03901 ,0.038 ,0.037285 ,0.03684 ,0.036665 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1247 ; } pin(A1) { direction : input ; capacitance : 0.001303 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001442 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.001432 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.001294 ; max_transition : 2.7273 ; } } cell(OAI21_A) { area : 5 ; cell_footprint : OAI21 ; cell_leakage_power : 0.080439 ; pin(Z) { direction : output ; function : "((A2+A1)*B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.023445 ,0.031755 ,0.04209 ,0.061685 ,0.08011 ,0.099225 ,0.120465 ",\ "0.05355 ,0.065635 ,0.079115 ,0.10385 ,0.126825 ,0.148295 ,0.168335 ",\ "0.08426 ,0.101655 ,0.119435 ,0.150975 ,0.179695 ,0.20618 ,0.230565 ",\ "0.13391 ,0.1594 ,0.18439 ,0.22739 ,0.2652 ,0.29874 ,0.328235 ",\ "0.162205 ,0.188725 ,0.215845 ,0.26275 ,0.30346 ,0.338745 ,0.36876 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.029115 ,0.043745 ,0.06336 ,0.10162 ,0.138335 ,0.176615 ,0.21769 ",\ "0.058275 ,0.07284 ,0.09357 ,0.13433 ,0.1732 ,0.209935 ,0.244445 ",\ "0.094225 ,0.10898 ,0.131705 ,0.176795 ,0.21945 ,0.259155 ,0.29573 ",\ "0.164215 ,0.177145 ,0.20298 ,0.255835 ,0.30518 ,0.349705 ,0.388975 ",\ "0.201965 ,0.211865 ,0.23834 ,0.29414 ,0.346075 ,0.392195 ,0.43187 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.00809 ,0.01331 ,0.018775 ,0.02875 ,0.03819 ,0.04727 ,0.056045 ",\ "0.00044 ,0.012405 ,0.022185 ,0.038185 ,0.052545 ,0.066015 ,0.07882 ",\ "-0.024915 ,-0.004115 ,0.011315 ,0.035125 ,0.055715 ,0.07461 ,0.092235 ",\ "-0.08836 ,-0.05666 ,-0.03319 ,0.00255 ,0.032745 ,0.05967 ,0.08398 ",\ "-0.10819 ,-0.077715 ,-0.053345 ,-0.014885 ,0.01787 ,0.046835 ,0.072555 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.020215 ,0.026015 ,0.033645 ,0.047875 ,0.06061 ,0.074435 ,0.09129 ",\ "0.056745 ,0.06367 ,0.07316 ,0.09108 ,0.10723 ,0.121485 ,0.1338 ",\ "0.100215 ,0.109345 ,0.121865 ,0.145445 ,0.16655 ,0.185 ,0.20072 ",\ "0.178095 ,0.19148 ,0.209805 ,0.2436 ,0.27268 ,0.29673 ,0.315605 ",\ "0.21659 ,0.2312 ,0.251885 ,0.289785 ,0.32157 ,0.346775 ,0.36517 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.02311 ,0.03127 ,0.04153 ,0.061305 ,0.08032 ,0.09961 ,0.120395 ",\ "0.047425 ,0.05861 ,0.071235 ,0.09468 ,0.116765 ,0.137735 ,0.15765 ",\ "0.073705 ,0.089125 ,0.105005 ,0.133375 ,0.15945 ,0.18373 ,0.20635 ",\ "0.117855 ,0.140385 ,0.16207 ,0.199275 ,0.23215 ,0.26161 ,0.28787 ",\ "0.140645 ,0.16504 ,0.18884 ,0.229535 ,0.26501 ,0.29618 ,0.323255 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.026725 ,0.040995 ,0.060555 ,0.09954 ,0.138 ,0.177005 ,0.21736 ",\ "0.055525 ,0.06824 ,0.08758 ,0.126705 ,0.16504 ,0.202225 ,0.238145 ",\ "0.09334 ,0.104385 ,0.12405 ,0.16467 ,0.20421 ,0.24194 ,0.27762 ",\ "0.168745 ,0.17489 ,0.194765 ,0.238455 ,0.280935 ,0.320535 ,0.35672 ",\ "0.20934 ,0.211415 ,0.23076 ,0.275575 ,0.31948 ,0.36015 ,0.396845 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.01042 ,0.015305 ,0.020565 ,0.03037 ,0.03984 ,0.04913 ,0.05827 ",\ "0.007085 ,0.017765 ,0.02673 ,0.04169 ,0.05537 ,0.068415 ,0.08101 ",\ "-0.01233 ,0.00608 ,0.019995 ,0.04182 ,0.061015 ,0.07888 ,0.09579 ",\ "-0.06361 ,-0.036015 ,-0.01521 ,0.01699 ,0.04464 ,0.06967 ,0.09262 ",\ "-0.07763 ,-0.05175 ,-0.030455 ,0.00386 ,0.03364 ,0.060425 ,0.084635 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.02231 ,0.02797 ,0.035505 ,0.0497 ,0.062565 ,0.076435 ,0.09309 ",\ "0.06021 ,0.06661 ,0.075725 ,0.093185 ,0.1091 ,0.123325 ,0.13579 ",\ "0.105905 ,0.114065 ,0.12589 ,0.148525 ,0.16901 ,0.187095 ,0.20267 ",\ "0.188945 ,0.20072 ,0.2178 ,0.24976 ,0.277445 ,0.30043 ,0.318515 ",\ "0.230125 ,0.243005 ,0.26225 ,0.297915 ,0.32792 ,0.35167 ,0.368915 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.033615 ,0.041755 ,0.052235 ,0.072365 ,0.09146 ,0.111275 ,0.13315 ",\ "0.07981 ,0.09077 ,0.10408 ,0.129175 ,0.152715 ,0.17479 ,0.19541 ",\ "0.13 ,0.14523 ,0.162655 ,0.194735 ,0.22431 ,0.251625 ,0.276705 ",\ "0.216245 ,0.236925 ,0.26101 ,0.3049 ,0.3443 ,0.379405 ,0.41018 ",\ "0.264035 ,0.2836 ,0.309195 ,0.35692 ,0.39953 ,0.43676 ,0.468435 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.03231 ,0.047785 ,0.06833 ,0.10836 ,0.14684 ,0.18651 ,0.229215 ",\ "0.056095 ,0.072625 ,0.09497 ,0.138225 ,0.1791 ,0.217475 ,0.253295 ",\ "0.0822 ,0.100875 ,0.12643 ,0.175495 ,0.221035 ,0.262835 ,0.300815 ",\ "0.124005 ,0.14604 ,0.177775 ,0.238495 ,0.29359 ,0.342535 ,0.385135 ",\ "0.144355 ,0.166565 ,0.200745 ,0.26674 ,0.32633 ,0.378655 ,0.423425 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.00953 ,0.01436 ,0.019595 ,0.029355 ,0.038765 ,0.04797 ,0.057615 ",\ "0.0011 ,0.011785 ,0.020795 ,0.035775 ,0.049325 ,0.0621 ,0.074285 ",\ "-0.026905 ,-0.008035 ,0.006235 ,0.028445 ,0.04772 ,0.0654 ,0.081885 ",\ "-0.101325 ,-0.070895 ,-0.04845 ,-0.014285 ,0.014655 ,0.04061 ,0.06422 ",\ "-0.12987 ,-0.099145 ,-0.075195 ,-0.03771 ,-0.00564 ,0.02307 ,0.049025 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.018505 ,0.02421 ,0.03188 ,0.046665 ,0.060555 ,0.07514 ,0.09161 ",\ "0.04698 ,0.053275 ,0.062205 ,0.07945 ,0.095425 ,0.109995 ,0.123115 ",\ "0.08061 ,0.08851 ,0.099785 ,0.12134 ,0.14091 ,0.15829 ,0.1734 ",\ "0.138075 ,0.149775 ,0.16595 ,0.195965 ,0.22203 ,0.24388 ,0.261385 ",\ "0.16487 ,0.178185 ,0.196595 ,0.23038 ,0.25908 ,0.28235 ,0.300035 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.00409 ,0.00402 ,0.00398 ,0.003935 ,0.003915 ,0.00391 ,0.00392 ",\ "0.00791 ,0.00753 ,0.007295 ,0.00699 ,0.00677 ,0.00661 ,0.00651 ",\ "0.01329 ,0.01256 ,0.012085 ,0.011435 ,0.01095 ,0.01059 ,0.01034 ",\ "0.02468 ,0.023565 ,0.02271 ,0.02143 ,0.02045 ,0.019705 ,0.019195 ",\ "0.03068 ,0.02953 ,0.02854 ,0.02698 ,0.02576 ,0.024845 ,0.02421 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.001415 ,0.00132 ,0.00127 ,0.00122 ,0.00119 ,0.00118 ,0.00119 ",\ "0.005175 ,0.00481 ,0.00456 ,0.004205 ,0.003945 ,0.003755 ,0.003635 ",\ "0.010525 ,0.0099 ,0.00943 ,0.008725 ,0.008185 ,0.00777 ,0.007475 ",\ "0.02192 ,0.021225 ,0.020525 ,0.01935 ,0.018375 ,0.01758 ,0.01697 ",\ "0.027955 ,0.02744 ,0.02674 ,0.02544 ,0.024315 ,0.023375 ,0.02262 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.004415 ,0.00438 ,0.00436 ,0.004345 ,0.00434 ,0.004345 ,0.004355 ",\ "0.0082 ,0.007805 ,0.007575 ,0.00728 ,0.007075 ,0.00693 ,0.006845 ",\ "0.01368 ,0.012905 ,0.012405 ,0.01173 ,0.01124 ,0.010885 ,0.01065 ",\ "0.025615 ,0.02449 ,0.023575 ,0.022185 ,0.021105 ,0.020295 ,0.01974 ",\ "0.03205 ,0.030965 ,0.029905 ,0.02817 ,0.026795 ,0.025745 ,0.025015 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.001785 ,0.001725 ,0.001685 ,0.00164 ,0.00162 ,0.00161 ,0.001615 ",\ "0.00578 ,0.00544 ,0.0052 ,0.004855 ,0.004595 ,0.0044 ,0.00427 ",\ "0.011455 ,0.010865 ,0.010405 ,0.009705 ,0.00916 ,0.00874 ,0.00843 ",\ "0.023525 ,0.022855 ,0.02217 ,0.021015 ,0.02005 ,0.01926 ,0.018635 ",\ "0.0299 ,0.029405 ,0.028725 ,0.02746 ,0.02636 ,0.02543 ,0.02467 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.004425 ,0.00437 ,0.004325 ,0.004265 ,0.00422 ,0.00419 ,0.00418 ",\ "0.007435 ,0.00722 ,0.00706 ,0.00683 ,0.006645 ,0.006495 ,0.006385 ",\ "0.011645 ,0.011255 ,0.01096 ,0.010505 ,0.010145 ,0.009855 ,0.00964 ",\ "0.02052 ,0.01992 ,0.019405 ,0.018585 ,0.01792 ,0.017395 ,0.017 ",\ "0.025175 ,0.024535 ,0.023945 ,0.02298 ,0.022195 ,0.021575 ,0.021105 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0009, 0.0034, 0.0068, 0.0134, 0.0201, 0.0268, 0.0334 "); values ("0.00134 ,0.001305 ,0.00128 ,0.00125 ,0.00123 ,0.001225 ,0.00123 ",\ "0.004085 ,0.003905 ,0.003765 ,0.00356 ,0.0034 ,0.003285 ,0.003215 ",\ "0.00809 ,0.007755 ,0.00747 ,0.00703 ,0.00669 ,0.006425 ,0.006245 ",\ "0.01696 ,0.016435 ,0.015915 ,0.01506 ,0.01436 ,0.01381 ,0.0134 ",\ "0.021805 ,0.021255 ,0.02065 ,0.019605 ,0.01874 ,0.018045 ,0.017525 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0334 ; } pin(A1) { direction : input ; capacitance : 0.001368 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001436 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001922 ; max_transition : 2.7273 ; } } cell(OAI21_B) { area : 5 ; cell_footprint : OAI21 ; cell_leakage_power : 0.145709 ; pin(Z) { direction : output ; function : "((A2+A1)*B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.020885 ,0.029695 ,0.040245 ,0.06033 ,0.080085 ,0.101335 ,0.12262 ",\ "0.047305 ,0.061 ,0.07466 ,0.099305 ,0.122495 ,0.14466 ,0.16587 ",\ "0.0729 ,0.0934 ,0.111465 ,0.14256 ,0.171235 ,0.19837 ,0.22413 ",\ "0.112905 ,0.14327 ,0.168505 ,0.21051 ,0.24822 ,0.283005 ,0.31509 ",\ "0.13723 ,0.168465 ,0.19551 ,0.241115 ,0.28189 ,0.31901 ,0.3526 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.026835 ,0.042365 ,0.06261 ,0.10051 ,0.14034 ,0.18442 ,0.228595 ",\ "0.05673 ,0.072655 ,0.09448 ,0.13632 ,0.17494 ,0.210035 ,0.2424 ",\ "0.093825 ,0.110325 ,0.134515 ,0.18194 ,0.226345 ,0.26712 ,0.303985 ",\ "0.167435 ,0.182375 ,0.20997 ,0.266145 ,0.31877 ,0.366295 ,0.408085 ",\ "0.207525 ,0.219325 ,0.24754 ,0.306495 ,0.361305 ,0.40971 ,0.450825 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.008115 ,0.013815 ,0.019965 ,0.032025 ,0.04277 ,0.05341 ,0.064015 ",\ "0.00284 ,0.015515 ,0.025665 ,0.0427 ,0.058775 ,0.07471 ,0.089395 ",\ "-0.01843 ,0.003575 ,0.0192 ,0.043275 ,0.06457 ,0.08472 ,0.104195 ",\ "-0.07353 ,-0.039785 ,-0.01616 ,0.01946 ,0.050055 ,0.07814 ,0.104435 ",\ "-0.09033 ,-0.057655 ,-0.03304 ,0.005645 ,0.039505 ,0.07073 ,0.09994 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.019765 ,0.02641 ,0.03476 ,0.049685 ,0.065925 ,0.085055 ,0.10428 ",\ "0.05603 ,0.064345 ,0.07479 ,0.09392 ,0.1106 ,0.12469 ,0.136765 ",\ "0.09911 ,0.110355 ,0.124245 ,0.149895 ,0.172655 ,0.19229 ,0.2086 ",\ "0.177715 ,0.193655 ,0.21368 ,0.250485 ,0.28244 ,0.308985 ,0.3297 ",\ "0.21812 ,0.234725 ,0.25691 ,0.29776 ,0.332435 ,0.360015 ,0.379935 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.02044 ,0.02908 ,0.03967 ,0.06024 ,0.080405 ,0.10121 ,0.12228 ",\ "0.04151 ,0.054085 ,0.067085 ,0.090945 ,0.11371 ,0.13575 ,0.157125 ",\ "0.062915 ,0.080995 ,0.097465 ,0.12615 ,0.152735 ,0.17797 ,0.202005 ",\ "0.097135 ,0.12389 ,0.146435 ,0.18396 ,0.217495 ,0.248295 ,0.27661 ",\ "0.11581 ,0.144315 ,0.16887 ,0.209905 ,0.24629 ,0.279265 ,0.30905 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.024505 ,0.039595 ,0.05982 ,0.098805 ,0.139155 ,0.18233 ,0.22559 ",\ "0.05428 ,0.06798 ,0.088245 ,0.12845 ,0.16686 ,0.203035 ,0.237465 ",\ "0.093515 ,0.105565 ,0.12622 ,0.16863 ,0.20973 ,0.24864 ,0.285 ",\ "0.17218 ,0.179295 ,0.2 ,0.24571 ,0.29073 ,0.333105 ,0.372065 ",\ "0.21432 ,0.217395 ,0.237425 ,0.28388 ,0.329905 ,0.37283 ,0.41163 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.01042 ,0.01573 ,0.021665 ,0.03361 ,0.04422 ,0.0545 ,0.06477 ",\ "0.00953 ,0.02077 ,0.03004 ,0.04604 ,0.061525 ,0.077165 ,0.091525 ",\ "-0.005725 ,0.013605 ,0.027615 ,0.04967 ,0.069595 ,0.088775 ,0.10758 ",\ "-0.04853 ,-0.019285 ,0.0015 ,0.033435 ,0.061415 ,0.087515 ,0.112295 ",\ "-0.05941 ,-0.03169 ,-0.01036 ,0.023955 ,0.054705 ,0.08359 ,0.11105 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.021985 ,0.02844 ,0.036685 ,0.05168 ,0.067905 ,0.08674 ,0.10569 ",\ "0.059755 ,0.067415 ,0.07737 ,0.095945 ,0.11247 ,0.126745 ,0.13926 ",\ "0.105165 ,0.11527 ,0.12826 ,0.1527 ,0.17474 ,0.194045 ,0.21039 ",\ "0.188545 ,0.20302 ,0.22159 ,0.25611 ,0.286405 ,0.311795 ,0.331815 ",\ "0.23085 ,0.246315 ,0.266945 ,0.305125 ,0.337745 ,0.36384 ,0.382785 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.031065 ,0.039895 ,0.050845 ,0.071885 ,0.09296 ,0.115545 ,0.13821 ",\ "0.07399 ,0.08664 ,0.10034 ,0.1258 ,0.15 ,0.17314 ,0.195205 ",\ "0.12006 ,0.13829 ,0.156125 ,0.188195 ,0.218265 ,0.246765 ,0.273685 ",\ "0.19966 ,0.224835 ,0.24912 ,0.292315 ,0.332135 ,0.36901 ,0.402805 ",\ "0.244965 ,0.26888 ,0.294345 ,0.341 ,0.384095 ,0.42355 ,0.459005 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.03015 ,0.046985 ,0.0687 ,0.10918 ,0.151695 ,0.1988 ,0.24598 ",\ "0.053475 ,0.071975 ,0.09623 ,0.141965 ,0.183685 ,0.22123 ,0.25557 ",\ "0.07897 ,0.100155 ,0.128205 ,0.18146 ,0.23036 ,0.274645 ,0.31416 ",\ "0.121595 ,0.14673 ,0.181465 ,0.247675 ,0.3079 ,0.36148 ,0.4081 ",\ "0.143535 ,0.16891 ,0.20604 ,0.277165 ,0.341175 ,0.397035 ,0.44429 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.00937 ,0.014665 ,0.020565 ,0.032225 ,0.043095 ,0.05344 ,0.063755 ",\ "0.00263 ,0.01406 ,0.023575 ,0.03971 ,0.054865 ,0.069745 ,0.084215 ",\ "-0.02244 ,-0.00229 ,0.01249 ,0.035435 ,0.055555 ,0.074345 ,0.09226 ",\ "-0.09053 ,-0.058 ,-0.034905 ,-7e-05 ,0.029625 ,0.056675 ,0.081825 ",\ "-0.1164 ,-0.08353 ,-0.058895 ,-0.020475 ,0.012945 ,0.043695 ,0.072475 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.01808 ,0.024605 ,0.03311 ,0.048975 ,0.0658 ,0.08464 ,0.10356 ",\ "0.046285 ,0.053705 ,0.063635 ,0.082375 ,0.09928 ,0.11417 ,0.12749 ",\ "0.07973 ,0.089155 ,0.10172 ,0.12544 ,0.146775 ,0.165445 ,0.181265 ",\ "0.13767 ,0.151205 ,0.168995 ,0.202 ,0.230805 ,0.25489 ,0.27392 ",\ "0.165115 ,0.180075 ,0.200085 ,0.23698 ,0.268505 ,0.293955 ,0.31291 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.006975 ,0.006805 ,0.00672 ,0.00662 ,0.00657 ,0.006555 ,0.00658 ",\ "0.01472 ,0.013885 ,0.01339 ,0.012705 ,0.012205 ,0.011855 ,0.01165 ",\ "0.02558 ,0.02403 ,0.023035 ,0.02159 ,0.020505 ,0.019715 ,0.019205 ",\ "0.04851 ,0.04623 ,0.044455 ,0.041685 ,0.03954 ,0.03794 ,0.036875 ",\ "0.060565 ,0.058265 ,0.056215 ,0.05288 ,0.05026 ,0.0483 ,0.04698 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.00277 ,0.002555 ,0.002455 ,0.00234 ,0.002275 ,0.00226 ,0.00228 ",\ "0.010415 ,0.009545 ,0.009 ,0.00822 ,0.00765 ,0.00725 ,0.00701 ",\ "0.021235 ,0.019755 ,0.018715 ,0.01715 ,0.01595 ,0.01506 ,0.014465 ",\ "0.044175 ,0.042505 ,0.04092 ,0.038255 ,0.03607 ,0.034335 ,0.033035 ",\ "0.056265 ,0.05503 ,0.05339 ,0.050415 ,0.04788 ,0.045785 ,0.04414 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.00749 ,0.007385 ,0.007335 ,0.007285 ,0.007265 ,0.00727 ,0.0073 ",\ "0.015115 ,0.014265 ,0.01378 ,0.013115 ,0.012645 ,0.012325 ,0.01215 ",\ "0.026085 ,0.024455 ,0.023425 ,0.021945 ,0.020845 ,0.02007 ,0.01959 ",\ "0.04979 ,0.04747 ,0.045585 ,0.04261 ,0.0403 ,0.038585 ,0.03745 ",\ "0.0625 ,0.060265 ,0.05808 ,0.05443 ,0.051535 ,0.049345 ,0.047855 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.00346 ,0.0033 ,0.003215 ,0.00311 ,0.003055 ,0.003035 ,0.00305 ",\ "0.011455 ,0.010705 ,0.01019 ,0.00942 ,0.008835 ,0.008415 ,0.00815 ",\ "0.022765 ,0.02147 ,0.020485 ,0.018945 ,0.01774 ,0.016825 ,0.016195 ",\ "0.046705 ,0.045205 ,0.04372 ,0.04118 ,0.03907 ,0.037365 ,0.036065 ",\ "0.05931 ,0.058155 ,0.056635 ,0.05386 ,0.051475 ,0.04948 ,0.047875 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.007435 ,0.00731 ,0.007175 ,0.00697 ,0.006835 ,0.00677 ,0.006775 ",\ "0.01358 ,0.013095 ,0.01273 ,0.01216 ,0.011715 ,0.01137 ,0.01113 ",\ "0.02214 ,0.021265 ,0.02063 ,0.01963 ,0.01881 ,0.01814 ,0.01761 ",\ "0.04012 ,0.03882 ,0.03773 ,0.03596 ,0.0345 ,0.03332 ,0.032415 ",\ "0.049525 ,0.04819 ,0.046925 ,0.044805 ,0.04308 ,0.04172 ,0.040725 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0018, 0.007, 0.014, 0.0279, 0.0418, 0.0556, 0.0695 "); values ("0.0026 ,0.0025 ,0.002445 ,0.00237 ,0.002325 ,0.002305 ,0.00231 ",\ "0.0082 ,0.007735 ,0.007415 ,0.00694 ,0.00658 ,0.006325 ,0.006165 ",\ "0.016335 ,0.01548 ,0.01483 ,0.013825 ,0.013045 ,0.012465 ,0.01207 ",\ "0.03421 ,0.032955 ,0.031785 ,0.02983 ,0.028245 ,0.02701 ,0.026115 ",\ "0.04393 ,0.042675 ,0.041305 ,0.03893 ,0.03697 ,0.035405 ,0.034245 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0695 ; } pin(A1) { direction : input ; capacitance : 0.002172 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.002221 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002728 ; max_transition : 2.7273 ; } } cell(OAI222_E) { area : 17 ; cell_footprint : OAI222 ; cell_leakage_power : 0.439546 ; pin(Z) { direction : output ; function : "((A2+A1)*(B2+B1)*(C2+C1))'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.0481 ,0.05678 ,0.06862 ,0.091815 ,0.114495 ,0.13724 ,0.160015 ",\ "0.08237 ,0.090635 ,0.1015 ,0.124555 ,0.148305 ,0.1713 ,0.194515 ",\ "0.121465 ,0.12968 ,0.139745 ,0.16117 ,0.18372 ,0.206985 ,0.231185 ",\ "0.18749 ,0.19544 ,0.20488 ,0.225545 ,0.247355 ,0.26926 ,0.29076 ",\ "0.217405 ,0.22434 ,0.233805 ,0.255305 ,0.27828 ,0.301485 ,0.324355 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01228 ,0.029795 ,0.05371 ,0.10153 ,0.149165 ,0.19696 ,0.24485 ",\ "0.01279 ,0.02986 ,0.05331 ,0.101875 ,0.15085 ,0.19775 ,0.24476 ",\ "0.013675 ,0.030385 ,0.053475 ,0.101535 ,0.15164 ,0.202055 ,0.248475 ",\ "0.015585 ,0.031655 ,0.05403 ,0.100885 ,0.14995 ,0.20093 ,0.2537 ",\ "0.01664 ,0.032395 ,0.05436 ,0.100425 ,0.14866 ,0.19874 ,0.25052 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.031065 ,0.0382 ,0.047265 ,0.063355 ,0.07782 ,0.09189 ,0.10573 ",\ "0.026505 ,0.03451 ,0.043365 ,0.060075 ,0.075695 ,0.088765 ,0.10153 ",\ "0.009555 ,0.018915 ,0.027835 ,0.043215 ,0.0577 ,0.071515 ,0.08323 ",\ "-0.038415 ,-0.02845 ,-0.019865 ,-0.00578 ,0.00726 ,0.020305 ,0.033745 ",\ "-0.063095 ,-0.05513 ,-0.047525 ,-0.03398 ,-0.02031 ,-0.005655 ,0.010325 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.010785 ,0.020675 ,0.033595 ,0.05995 ,0.086825 ,0.113725 ,0.14063 ",\ "0.01145 ,0.02129 ,0.03421 ,0.059475 ,0.084785 ,0.111495 ,0.138225 ",\ "0.01241 ,0.022135 ,0.034985 ,0.060495 ,0.085675 ,0.11089 ,0.137305 ",\ "0.014465 ,0.023895 ,0.03646 ,0.061935 ,0.08772 ,0.11371 ,0.139855 ",\ "0.01556 ,0.024805 ,0.037165 ,0.06238 ,0.088055 ,0.11406 ,0.140335 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.047755 ,0.0565 ,0.06831 ,0.091475 ,0.114185 ,0.13693 ,0.1597 ",\ "0.07683 ,0.08527 ,0.09626 ,0.119355 ,0.143005 ,0.165815 ,0.188795 ",\ "0.111195 ,0.11951 ,0.12979 ,0.151525 ,0.174395 ,0.197855 ,0.221495 ",\ "0.17062 ,0.17866 ,0.188495 ,0.209595 ,0.23168 ,0.253955 ,0.27603 ",\ "0.196475 ,0.204025 ,0.214185 ,0.236185 ,0.2591 ,0.28207 ,0.304705 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01227 ,0.02964 ,0.053295 ,0.100685 ,0.14799 ,0.195455 ,0.243015 ",\ "0.012745 ,0.029685 ,0.052915 ,0.10091 ,0.149305 ,0.19589 ,0.242575 ",\ "0.013565 ,0.030165 ,0.05309 ,0.100775 ,0.150445 ,0.20043 ,0.24656 ",\ "0.015225 ,0.031205 ,0.05347 ,0.10014 ,0.149035 ,0.19987 ,0.252515 ",\ "0.01608 ,0.03175 ,0.053615 ,0.09948 ,0.1475 ,0.19735 ,0.248885 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.032925 ,0.04003 ,0.04911 ,0.06521 ,0.079675 ,0.09375 ,0.107605 ",\ "0.03156 ,0.039425 ,0.048185 ,0.0649 ,0.080635 ,0.09377 ,0.10664 ",\ "0.01898 ,0.028085 ,0.036795 ,0.052035 ,0.06659 ,0.080575 ,0.092515 ",\ "-0.01975 ,-0.01019 ,-0.001905 ,0.011965 ,0.025005 ,0.03811 ,0.051595 ",\ "-0.03958 ,-0.032075 ,-0.024725 ,-0.01128 ,0.002455 ,0.01719 ,0.03319 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01076 ,0.02067 ,0.03362 ,0.06005 ,0.08701 ,0.113995 ,0.14099 ",\ "0.01134 ,0.021215 ,0.0342 ,0.059605 ,0.085055 ,0.111895 ,0.13876 ",\ "0.012185 ,0.021955 ,0.034885 ,0.06058 ,0.085965 ,0.11139 ,0.13798 ",\ "0.01402 ,0.0235 ,0.03617 ,0.061855 ,0.08785 ,0.114045 ,0.14038 ",\ "0.015015 ,0.024305 ,0.036775 ,0.06219 ,0.088025 ,0.11415 ,0.140505 "); } } timing() { related_pin : "B1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.053145 ,0.061975 ,0.073955 ,0.09728 ,0.119975 ,0.14269 ,0.16542 ",\ "0.09027 ,0.09873 ,0.10973 ,0.13295 ,0.156805 ,0.17983 ,0.203055 ",\ "0.13254 ,0.14105 ,0.151275 ,0.17286 ,0.195485 ,0.218795 ,0.2431 ",\ "0.202615 ,0.21085 ,0.220495 ,0.24142 ,0.26337 ,0.285325 ,0.30679 ",\ "0.23413 ,0.24104 ,0.250665 ,0.27249 ,0.29572 ,0.31911 ,0.34209 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01282 ,0.030275 ,0.053955 ,0.101525 ,0.14914 ,0.196915 ,0.244775 ",\ "0.013625 ,0.03068 ,0.05398 ,0.101895 ,0.150205 ,0.19714 ,0.24418 ",\ "0.01492 ,0.0316 ,0.054565 ,0.102185 ,0.151595 ,0.201295 ,0.247665 ",\ "0.01698 ,0.03304 ,0.05536 ,0.10203 ,0.150855 ,0.201565 ,0.254045 ",\ "0.0175 ,0.03334 ,0.05533 ,0.10132 ,0.149415 ,0.19933 ,0.25096 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.034255 ,0.04131 ,0.050375 ,0.06647 ,0.08094 ,0.095035 ,0.108915 ",\ "0.03414 ,0.04197 ,0.05073 ,0.067435 ,0.083175 ,0.09644 ,0.10944 ",\ "0.02168 ,0.030845 ,0.03962 ,0.054865 ,0.069235 ,0.08303 ,0.09525 ",\ "-0.02176 ,-0.011945 ,-0.00351 ,0.010475 ,0.02341 ,0.036175 ,0.049085 ",\ "-0.04573 ,-0.038015 ,-0.030575 ,-0.017015 ,-0.00325 ,0.01137 ,0.02709 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.010885 ,0.02075 ,0.033725 ,0.060145 ,0.087035 ,0.11396 ,0.14091 ",\ "0.0118 ,0.02153 ,0.034405 ,0.059825 ,0.085335 ,0.11192 ,0.13854 ",\ "0.01309 ,0.022595 ,0.03527 ,0.06069 ,0.086065 ,0.111515 ,0.137615 ",\ "0.015725 ,0.024725 ,0.036895 ,0.06191 ,0.087585 ,0.11377 ,0.1404 ",\ "0.01702 ,0.02575 ,0.03763 ,0.062265 ,0.08776 ,0.11396 ,0.140775 "); } } timing() { related_pin : "B2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.052515 ,0.061395 ,0.0733 ,0.096545 ,0.11926 ,0.141975 ,0.164695 ",\ "0.082895 ,0.091535 ,0.10265 ,0.12585 ,0.149525 ,0.172345 ,0.195315 ",\ "0.118935 ,0.127525 ,0.137965 ,0.159865 ,0.182795 ,0.206275 ,0.22996 ",\ "0.18127 ,0.189535 ,0.19957 ,0.22093 ,0.243165 ,0.26553 ,0.28765 ",\ "0.2087 ,0.21625 ,0.22658 ,0.24887 ,0.27197 ,0.295055 ,0.31776 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01288 ,0.030255 ,0.053775 ,0.10113 ,0.14863 ,0.196295 ,0.244045 ",\ "0.01346 ,0.03049 ,0.05372 ,0.101335 ,0.149345 ,0.19632 ,0.2434 ",\ "0.01426 ,0.031035 ,0.05408 ,0.101705 ,0.15092 ,0.20042 ,0.24713 ",\ "0.01561 ,0.03185 ,0.054405 ,0.101475 ,0.15051 ,0.201205 ,0.25343 ",\ "0.016305 ,0.03221 ,0.054405 ,0.10081 ,0.14916 ,0.19909 ,0.250445 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.036335 ,0.04336 ,0.052415 ,0.0685 ,0.08294 ,0.09702 ,0.11089 ",\ "0.03969 ,0.047375 ,0.056025 ,0.072695 ,0.088515 ,0.10183 ,0.11491 ",\ "0.03232 ,0.04121 ,0.04976 ,0.06486 ,0.079295 ,0.093255 ,0.1057 ",\ "-0.000135 ,0.00924 ,0.017385 ,0.031195 ,0.04416 ,0.056995 ,0.06995 ",\ "-0.018395 ,-0.011155 ,-0.00392 ,0.00962 ,0.023475 ,0.03815 ,0.05382 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.0109 ,0.020765 ,0.033715 ,0.060135 ,0.08706 ,0.114025 ,0.14101 ",\ "0.011715 ,0.021465 ,0.03436 ,0.05979 ,0.085305 ,0.11196 ,0.138655 ",\ "0.012835 ,0.022385 ,0.035115 ,0.060655 ,0.086155 ,0.11173 ,0.137935 ",\ "0.01517 ,0.02422 ,0.036475 ,0.061695 ,0.087615 ,0.114085 ,0.14104 ",\ "0.016385 ,0.02515 ,0.0371 ,0.061905 ,0.087605 ,0.114025 ,0.141085 "); } } timing() { related_pin : "C1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.063895 ,0.07273 ,0.084715 ,0.108015 ,0.13067 ,0.15333 ,0.175995 ",\ "0.105185 ,0.11356 ,0.12451 ,0.147605 ,0.17137 ,0.194555 ,0.217955 ",\ "0.152565 ,0.160945 ,0.17111 ,0.19259 ,0.21497 ,0.23808 ,0.26292 ",\ "0.22993 ,0.237935 ,0.24754 ,0.26855 ,0.290475 ,0.312135 ,0.332965 ",\ "0.26403 ,0.27054 ,0.28011 ,0.30215 ,0.32555 ,0.348855 ,0.37141 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01321 ,0.030735 ,0.054555 ,0.10238 ,0.15022 ,0.198225 ,0.24633 ",\ "0.013825 ,0.030945 ,0.054375 ,0.1027 ,0.15144 ,0.19859 ,0.245855 ",\ "0.01488 ,0.03167 ,0.054805 ,0.1029 ,0.15295 ,0.20332 ,0.25001 ",\ "0.016965 ,0.033165 ,0.05564 ,0.10278 ,0.152215 ,0.20364 ,0.256925 ",\ "0.018005 ,0.033905 ,0.05597 ,0.102295 ,0.150865 ,0.20134 ,0.253565 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.036975 ,0.04404 ,0.053065 ,0.069135 ,0.08362 ,0.097725 ,0.111605 ",\ "0.036745 ,0.04468 ,0.05354 ,0.07019 ,0.085765 ,0.09907 ,0.112075 ",\ "0.023795 ,0.03318 ,0.0422 ,0.057605 ,0.07183 ,0.085365 ,0.097585 ",\ "-0.021865 ,-0.01171 ,-0.00293 ,0.011375 ,0.02434 ,0.036965 ,0.049625 ",\ "-0.04731 ,-0.03927 ,-0.03158 ,-0.017825 ,-0.00408 ,0.010425 ,0.025975 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.0109 ,0.02074 ,0.033635 ,0.05997 ,0.08683 ,0.113725 ,0.140635 ",\ "0.011925 ,0.021635 ,0.034465 ,0.059695 ,0.08502 ,0.11163 ,0.138275 ",\ "0.013285 ,0.02278 ,0.035425 ,0.060725 ,0.08587 ,0.11109 ,0.137265 ",\ "0.015785 ,0.024795 ,0.036975 ,0.061955 ,0.0875 ,0.11346 ,0.13976 ",\ "0.016885 ,0.025635 ,0.03754 ,0.062155 ,0.087545 ,0.11352 ,0.139995 "); } } timing() { related_pin : "C2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.063225 ,0.07211 ,0.084005 ,0.10721 ,0.12989 ,0.15256 ,0.175225 ",\ "0.09633 ,0.104905 ,0.11598 ,0.139095 ,0.162705 ,0.185585 ,0.20862 ",\ "0.13613 ,0.14457 ,0.154945 ,0.176785 ,0.199645 ,0.22309 ,0.24701 ",\ "0.20538 ,0.21335 ,0.22333 ,0.244755 ,0.267025 ,0.289305 ,0.31119 ",\ "0.23581 ,0.24301 ,0.253355 ,0.27583 ,0.29902 ,0.32201 ,0.344395 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.013145 ,0.03053 ,0.054135 ,0.10157 ,0.149055 ,0.196705 ,0.24445 ",\ "0.0135 ,0.030525 ,0.0538 ,0.10172 ,0.15005 ,0.19694 ,0.243945 ",\ "0.01423 ,0.030945 ,0.053945 ,0.10167 ,0.151235 ,0.2011 ,0.24754 ",\ "0.015765 ,0.031935 ,0.054315 ,0.101155 ,0.150205 ,0.201165 ,0.253915 ",\ "0.01656 ,0.03247 ,0.054465 ,0.10055 ,0.148825 ,0.198955 ,0.250805 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.038895 ,0.045935 ,0.054945 ,0.070995 ,0.085465 ,0.09956 ,0.11344 ",\ "0.041635 ,0.049445 ,0.05821 ,0.07482 ,0.09046 ,0.10384 ,0.11695 ",\ "0.03327 ,0.04242 ,0.051255 ,0.06655 ,0.080835 ,0.094525 ,0.10701 ",\ "-0.00205 ,0.007705 ,0.01625 ,0.03046 ,0.04348 ,0.05618 ,0.068855 ",\ "-0.021955 ,-0.014355 ,-0.00682 ,0.006965 ,0.02083 ,0.03538 ,0.050845 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01091 ,0.020785 ,0.03375 ,0.060195 ,0.087135 ,0.11411 ,0.141105 ",\ "0.011845 ,0.021595 ,0.03449 ,0.05989 ,0.085385 ,0.112075 ,0.138805 ",\ "0.013095 ,0.02264 ,0.03537 ,0.06085 ,0.086215 ,0.111655 ,0.137945 ",\ "0.01544 ,0.024525 ,0.03681 ,0.062015 ,0.087795 ,0.114 ,0.140555 ",\ "0.01653 ,0.02535 ,0.03737 ,0.062235 ,0.08787 ,0.114095 ,0.14083 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.012435 ,0.012315 ,0.01224 ,0.012125 ,0.012045 ,0.01199 ,0.011965 ",\ "0.01683 ,0.01667 ,0.01657 ,0.01642 ,0.01632 ,0.016255 ,0.01623 ",\ "0.022985 ,0.02278 ,0.022645 ,0.02245 ,0.022315 ,0.02224 ,0.022215 ",\ "0.035985 ,0.0357 ,0.0355 ,0.0352 ,0.034995 ,0.03488 ,0.03486 ",\ "0.04282 ,0.0425 ,0.04226 ,0.041905 ,0.04167 ,0.041535 ,0.04151 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01129 ,0.011055 ,0.010925 ,0.01074 ,0.01061 ,0.010525 ,0.01048 ",\ "0.015525 ,0.01526 ,0.015115 ,0.014905 ,0.01476 ,0.01466 ,0.01461 ",\ "0.02152 ,0.02122 ,0.02105 ,0.02081 ,0.020635 ,0.020525 ,0.02047 ",\ "0.03423 ,0.03386 ,0.033635 ,0.03331 ,0.033085 ,0.032955 ,0.032915 ",\ "0.04093 ,0.04053 ,0.04027 ,0.039895 ,0.039645 ,0.03951 ,0.039485 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.012675 ,0.012555 ,0.01248 ,0.01237 ,0.01229 ,0.01224 ,0.012215 ",\ "0.016995 ,0.01684 ,0.016745 ,0.01661 ,0.01651 ,0.01645 ,0.01642 ",\ "0.02318 ,0.022985 ,0.02286 ,0.02268 ,0.02255 ,0.022475 ,0.022445 ",\ "0.0365 ,0.03623 ,0.03604 ,0.03576 ,0.03557 ,0.03546 ,0.035435 ",\ "0.04362 ,0.043325 ,0.0431 ,0.04276 ,0.042535 ,0.04241 ,0.04239 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.011605 ,0.01137 ,0.011245 ,0.01106 ,0.01093 ,0.01084 ,0.010795 ",\ "0.016115 ,0.01586 ,0.01572 ,0.015525 ,0.01538 ,0.015285 ,0.01523 ",\ "0.02249 ,0.022205 ,0.02205 ,0.021825 ,0.021665 ,0.021555 ,0.021495 ",\ "0.03597 ,0.035625 ,0.03541 ,0.03511 ,0.0349 ,0.034775 ,0.03473 ",\ "0.04306 ,0.04268 ,0.04243 ,0.042075 ,0.041835 ,0.041705 ,0.04168 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01363 ,0.0135 ,0.01342 ,0.0133 ,0.013215 ,0.013165 ,0.013145 ",\ "0.018005 ,0.01783 ,0.01772 ,0.01756 ,0.01745 ,0.017385 ,0.017365 ",\ "0.024095 ,0.023865 ,0.023715 ,0.023505 ,0.023355 ,0.023275 ,0.02325 ",\ "0.03674 ,0.03643 ,0.036215 ,0.0359 ,0.03569 ,0.035575 ,0.035555 ",\ "0.043285 ,0.04295 ,0.042705 ,0.042345 ,0.0421 ,0.041975 ,0.041965 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01075 ,0.01051 ,0.01038 ,0.010195 ,0.01006 ,0.009975 ,0.009935 ",\ "0.01516 ,0.01488 ,0.01472 ,0.014495 ,0.014335 ,0.01423 ,0.01418 ",\ "0.021375 ,0.021035 ,0.020835 ,0.020555 ,0.020355 ,0.02023 ,0.020175 ",\ "0.03446 ,0.03402 ,0.03374 ,0.033335 ,0.03306 ,0.0329 ,0.032855 ",\ "0.04132 ,0.040835 ,0.04051 ,0.04004 ,0.039725 ,0.039555 ,0.03952 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.013915 ,0.01378 ,0.013695 ,0.01357 ,0.01348 ,0.013425 ,0.013405 ",\ "0.01815 ,0.017985 ,0.017875 ,0.01772 ,0.017615 ,0.01755 ,0.017525 ",\ "0.024215 ,0.024005 ,0.023865 ,0.02367 ,0.02353 ,0.02345 ,0.023425 ",\ "0.037205 ,0.036925 ,0.036735 ,0.03645 ,0.03626 ,0.036155 ,0.03613 ",\ "0.04412 ,0.043815 ,0.0436 ,0.043275 ,0.04306 ,0.04294 ,0.04292 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01112 ,0.010875 ,0.010745 ,0.01056 ,0.010425 ,0.010335 ,0.01029 ",\ "0.015815 ,0.01554 ,0.015385 ,0.01517 ,0.01502 ,0.01492 ,0.01487 ",\ "0.022425 ,0.0221 ,0.021915 ,0.021655 ,0.02147 ,0.021355 ,0.021305 ",\ "0.036305 ,0.03589 ,0.035625 ,0.03525 ,0.034995 ,0.03485 ,0.034815 ",\ "0.04356 ,0.0431 ,0.042795 ,0.04235 ,0.04205 ,0.04189 ,0.041865 "); } related_pin : "B2" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.0168 ,0.016635 ,0.016525 ,0.016355 ,0.01623 ,0.016145 ,0.0161 ",\ "0.02095 ,0.02075 ,0.02061 ,0.0204 ,0.02025 ,0.02015 ,0.020105 ",\ "0.02674 ,0.02649 ,0.026315 ,0.02605 ,0.025865 ,0.025755 ,0.02571 ",\ "0.03876 ,0.03843 ,0.038195 ,0.03784 ,0.037595 ,0.03745 ,0.037405 ",\ "0.04498 ,0.04462 ,0.04436 ,0.043965 ,0.043695 ,0.043535 ,0.043485 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01055 ,0.01031 ,0.010175 ,0.00998 ,0.00984 ,0.009745 ,0.0097 ",\ "0.014485 ,0.01419 ,0.014025 ,0.01379 ,0.01362 ,0.01351 ,0.01345 ",\ "0.02016 ,0.0198 ,0.01959 ,0.019295 ,0.019085 ,0.01895 ,0.018885 ",\ "0.03241 ,0.03195 ,0.03166 ,0.03124 ,0.03095 ,0.03078 ,0.03073 ",\ "0.03897 ,0.03848 ,0.03815 ,0.037665 ,0.03734 ,0.03716 ,0.037125 "); } related_pin : "C1" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.01709 ,0.016925 ,0.01681 ,0.016635 ,0.01651 ,0.016425 ,0.01638 ",\ "0.02105 ,0.02085 ,0.02072 ,0.02052 ,0.020375 ,0.02028 ,0.02023 ",\ "0.02674 ,0.026505 ,0.026345 ,0.026105 ,0.025935 ,0.02582 ,0.02577 ",\ "0.039 ,0.03871 ,0.038495 ,0.03817 ,0.03794 ,0.0378 ,0.03775 ",\ "0.045545 ,0.045245 ,0.045005 ,0.04463 ,0.044375 ,0.04422 ,0.044175 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0483, 0.0965, 0.1448, 0.193, 0.2412 "); values ("0.010925 ,0.01068 ,0.010545 ,0.010345 ,0.010205 ,0.01011 ,0.01006 ",\ "0.01517 ,0.014875 ,0.014715 ,0.014485 ,0.014315 ,0.014205 ,0.01415 ",\ "0.02127 ,0.020925 ,0.020725 ,0.02044 ,0.02024 ,0.02011 ,0.02005 ",\ "0.034425 ,0.03399 ,0.03371 ,0.033305 ,0.033035 ,0.032875 ,0.03283 ",\ "0.04146 ,0.04099 ,0.04067 ,0.0402 ,0.03989 ,0.03972 ,0.039695 "); } related_pin : "C2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2412 ; } pin(A1) { direction : input ; capacitance : 0.001230 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001244 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.001436 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.001451 ; max_transition : 2.7273 ; } pin(C1) { direction : input ; capacitance : 0.001332 ; max_transition : 2.7273 ; } pin(C2) { direction : input ; capacitance : 0.001286 ; max_transition : 2.7273 ; } } cell(OAI22_A) { area : 8 ; cell_footprint : OAI22 ; cell_leakage_power : 0.103936 ; pin(Z) { direction : output ; function : "((A2+A1)*(B2+B1))'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.02267 ,0.031515 ,0.04225 ,0.062685 ,0.082485 ,0.104175 ,0.12589 ",\ "0.04985 ,0.06342 ,0.07747 ,0.102905 ,0.12667 ,0.149165 ,0.17048 ",\ "0.075705 ,0.09587 ,0.11458 ,0.146995 ,0.176585 ,0.204185 ,0.22998 ",\ "0.115455 ,0.1452 ,0.1715 ,0.215665 ,0.25475 ,0.290065 ,0.32187 ",\ "0.14 ,0.170575 ,0.198845 ,0.24685 ,0.289065 ,0.326605 ,0.359625 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.03491 ,0.05001 ,0.07026 ,0.109595 ,0.147865 ,0.190645 ,0.23351 ",\ "0.06246 ,0.077665 ,0.09929 ,0.141665 ,0.18187 ,0.2196 ,0.254735 ",\ "0.092365 ,0.10839 ,0.13257 ,0.180305 ,0.225285 ,0.26694 ,0.305045 ",\ "0.14982 ,0.164765 ,0.19278 ,0.24967 ,0.302785 ,0.35071 ,0.392915 ",\ "0.18715 ,0.19839 ,0.226775 ,0.28648 ,0.34229 ,0.39203 ,0.43491 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.01348 ,0.01941 ,0.026155 ,0.039035 ,0.051705 ,0.0645 ,0.077285 ",\ "0.014895 ,0.02663 ,0.03711 ,0.055175 ,0.071925 ,0.08795 ,0.103425 ",\ "0.00075 ,0.0206 ,0.036395 ,0.061925 ,0.08463 ,0.10575 ,0.12562 ",\ "-0.044215 ,-0.013685 ,0.01015 ,0.04795 ,0.08078 ,0.11056 ,0.1378 ",\ "-0.0576 ,-0.0278 ,-0.002735 ,0.038395 ,0.07451 ,0.107215 ,0.136905 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.02342 ,0.031505 ,0.04206 ,0.061805 ,0.080385 ,0.103575 ,0.12685 ",\ "0.060735 ,0.06987 ,0.08217 ,0.10541 ,0.12644 ,0.145095 ,0.16129 ",\ "0.106165 ,0.117605 ,0.133015 ,0.162075 ,0.18824 ,0.21123 ,0.230895 ",\ "0.18801 ,0.20401 ,0.225435 ,0.26507 ,0.29947 ,0.328155 ,0.350825 ",\ "0.2283 ,0.245695 ,0.26958 ,0.313445 ,0.350585 ,0.380305 ,0.40221 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.022125 ,0.03081 ,0.041525 ,0.062315 ,0.082775 ,0.10409 ,0.12542 ",\ "0.043125 ,0.05569 ,0.068955 ,0.093315 ,0.116435 ,0.13868 ,0.16013 ",\ "0.0638 ,0.081775 ,0.09868 ,0.1282 ,0.155365 ,0.18093 ,0.205065 ",\ "0.096455 ,0.12291 ,0.14608 ,0.18485 ,0.21922 ,0.250435 ,0.278785 ",\ "0.11496 ,0.143075 ,0.16826 ,0.210545 ,0.24773 ,0.281035 ,0.31072 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.03295 ,0.047955 ,0.068505 ,0.10937 ,0.14989 ,0.192505 ,0.23521 ",\ "0.062135 ,0.07572 ,0.09618 ,0.137515 ,0.17802 ,0.217295 ,0.2552 ",\ "0.097775 ,0.110265 ,0.13137 ,0.174745 ,0.217095 ,0.25767 ,0.296195 ",\ "0.168965 ,0.17828 ,0.20021 ,0.247325 ,0.29338 ,0.336825 ,0.37706 ",\ "0.211865 ,0.217845 ,0.239295 ,0.287325 ,0.334695 ,0.37925 ,0.42017 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.01597 ,0.021665 ,0.02831 ,0.04113 ,0.053805 ,0.066565 ,0.079335 ",\ "0.02162 ,0.032275 ,0.04216 ,0.059555 ,0.07589 ,0.091655 ,0.106975 ",\ "0.013945 ,0.031595 ,0.046165 ,0.07025 ,0.091995 ,0.11242 ,0.131795 ",\ "-0.01691 ,0.009525 ,0.031015 ,0.065915 ,0.09667 ,0.1248 ,0.15068 ",\ "-0.02362 ,0.00152 ,0.02383 ,0.06144 ,0.094945 ,0.125495 ,0.153335 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.025895 ,0.03394 ,0.044575 ,0.0646 ,0.08353 ,0.106945 ,0.130455 ",\ "0.064615 ,0.073225 ,0.085265 ,0.10829 ,0.129315 ,0.14812 ,0.1646 ",\ "0.112215 ,0.12256 ,0.137265 ,0.16547 ,0.191145 ,0.213915 ,0.2336 ",\ "0.1986 ,0.212845 ,0.232885 ,0.270635 ,0.30387 ,0.33198 ,0.354605 ",\ "0.24111 ,0.256755 ,0.279055 ,0.320665 ,0.356445 ,0.3856 ,0.407685 "); } } timing() { related_pin : "B1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.02998 ,0.038255 ,0.048695 ,0.06879 ,0.088345 ,0.109805 ,0.131315 ",\ "0.062245 ,0.07363 ,0.08658 ,0.110815 ,0.13377 ,0.15564 ,0.17644 ",\ "0.094625 ,0.11067 ,0.12734 ,0.157565 ,0.18575 ,0.212315 ,0.23732 ",\ "0.144505 ,0.167385 ,0.190235 ,0.230685 ,0.267485 ,0.30125 ,0.33202 ",\ "0.171785 ,0.19491 ,0.219345 ,0.263165 ,0.30283 ,0.338705 ,0.37073 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.03508 ,0.049985 ,0.07057 ,0.11224 ,0.154195 ,0.195975 ,0.237825 ",\ "0.069995 ,0.0832 ,0.10299 ,0.14354 ,0.184185 ,0.22458 ,0.264585 ",\ "0.111605 ,0.12407 ,0.14407 ,0.185405 ,0.226615 ,0.2671 ,0.30663 ",\ "0.17823 ,0.191355 ,0.21293 ,0.257865 ,0.302725 ,0.346665 ,0.389285 ",\ "0.207585 ,0.22138 ,0.243875 ,0.29101 ,0.33849 ,0.385365 ,0.43117 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.01559 ,0.021305 ,0.02792 ,0.04066 ,0.053245 ,0.065845 ,0.07844 ",\ "0.01489 ,0.0257 ,0.03561 ,0.052805 ,0.06871 ,0.08384 ,0.09835 ",\ "0.00016 ,0.01809 ,0.032745 ,0.05655 ,0.077545 ,0.09682 ,0.114695 ",\ "-0.04481 ,-0.017095 ,0.0051 ,0.04041 ,0.07077 ,0.097905 ,0.122305 ",\ "-0.0615 ,-0.033745 ,-0.009945 ,0.029105 ,0.063045 ,0.093385 ,0.120545 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.02007 ,0.0278 ,0.038335 ,0.05886 ,0.07885 ,0.10135 ,0.123925 ",\ "0.051805 ,0.059145 ,0.07019 ,0.091965 ,0.11246 ,0.131405 ,0.14869 ",\ "0.092565 ,0.100345 ,0.11292 ,0.1378 ,0.16082 ,0.18152 ,0.199695 ",\ "0.165545 ,0.175375 ,0.19161 ,0.223255 ,0.251525 ,0.275665 ,0.295315 ",\ "0.198955 ,0.21001 ,0.228145 ,0.263155 ,0.293905 ,0.319505 ,0.33953 "); } } timing() { related_pin : "B2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.02934 ,0.03757 ,0.048045 ,0.068535 ,0.088745 ,0.109905 ,0.131095 ",\ "0.05454 ,0.065345 ,0.07773 ,0.101115 ,0.12358 ,0.145305 ,0.166315 ",\ "0.08077 ,0.095375 ,0.110615 ,0.13837 ,0.16443 ,0.1892 ,0.21276 ",\ "0.12288 ,0.14348 ,0.16374 ,0.199425 ,0.23192 ,0.26189 ,0.289435 ",\ "0.14453 ,0.166105 ,0.187975 ,0.2267 ,0.26172 ,0.293605 ,0.32241 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.033065 ,0.04828 ,0.06912 ,0.11107 ,0.153125 ,0.195535 ,0.23801 ",\ "0.058855 ,0.073265 ,0.09434 ,0.136685 ,0.178155 ,0.21841 ,0.25734 ",\ "0.09192 ,0.10584 ,0.128135 ,0.172975 ,0.215845 ,0.25608 ,0.293435 ",\ "0.155495 ,0.16637 ,0.1907 ,0.241265 ,0.28862 ,0.331175 ,0.368345 ",\ "0.19016 ,0.19727 ,0.22185 ,0.27505 ,0.32509 ,0.36964 ,0.40789 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.017965 ,0.02349 ,0.030035 ,0.04277 ,0.05542 ,0.068015 ,0.080625 ",\ "0.02118 ,0.03104 ,0.040455 ,0.057115 ,0.07272 ,0.08769 ,0.10215 ",\ "0.012355 ,0.028355 ,0.041965 ,0.06459 ,0.084835 ,0.1036 ,0.121135 ",\ "-0.01983 ,0.004185 ,0.024345 ,0.057245 ,0.08596 ,0.11184 ,0.135255 ",\ "-0.03032 ,-0.00693 ,0.01444 ,0.050545 ,0.08242 ,0.11113 ,0.13695 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.02229 ,0.030105 ,0.040765 ,0.061515 ,0.081695 ,0.10457 ,0.127525 ",\ "0.05498 ,0.0621 ,0.073015 ,0.09469 ,0.11521 ,0.134285 ,0.1518 ",\ "0.09789 ,0.104965 ,0.116975 ,0.141125 ,0.1638 ,0.184485 ,0.202955 ",\ "0.176455 ,0.184745 ,0.199555 ,0.229175 ,0.25625 ,0.27993 ,0.299835 ",\ "0.21276 ,0.22206 ,0.23842 ,0.27079 ,0.2999 ,0.32478 ,0.34498 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.005825 ,0.005725 ,0.00567 ,0.00561 ,0.005575 ,0.00557 ,0.005585 ",\ "0.010915 ,0.01036 ,0.01003 ,0.009585 ,0.00926 ,0.009035 ,0.0089 ",\ "0.01813 ,0.017075 ,0.0164 ,0.015445 ,0.01473 ,0.014205 ,0.01387 ",\ "0.033625 ,0.03202 ,0.030785 ,0.028895 ,0.02744 ,0.026355 ,0.025625 ",\ "0.041895 ,0.040235 ,0.03879 ,0.036485 ,0.03468 ,0.033325 ,0.03241 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.00231 ,0.002185 ,0.00212 ,0.00204 ,0.002 ,0.001985 ,0.001995 ",\ "0.007385 ,0.006855 ,0.00651 ,0.00602 ,0.00566 ,0.005405 ,0.00525 ",\ "0.01463 ,0.0137 ,0.01304 ,0.012045 ,0.01128 ,0.010705 ,0.01032 ",\ "0.0302 ,0.02908 ,0.028 ,0.02621 ,0.024745 ,0.02359 ,0.02273 ",\ "0.03851 ,0.03759 ,0.036425 ,0.03434 ,0.032585 ,0.03116 ,0.03007 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.006245 ,0.006195 ,0.00617 ,0.00615 ,0.00614 ,0.006145 ,0.006165 ",\ "0.01119 ,0.01064 ,0.01032 ,0.009895 ,0.009595 ,0.00939 ,0.00928 ",\ "0.0184 ,0.01731 ,0.016615 ,0.01564 ,0.01492 ,0.014415 ,0.014105 ",\ "0.03428 ,0.03267 ,0.031365 ,0.02934 ,0.027775 ,0.02661 ,0.02584 ",\ "0.04294 ,0.041345 ,0.03981 ,0.03729 ,0.03529 ,0.033775 ,0.03274 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.00281 ,0.00272 ,0.00267 ,0.002605 ,0.00257 ,0.00256 ,0.002575 ",\ "0.008095 ,0.007635 ,0.00731 ,0.006825 ,0.006455 ,0.00619 ,0.00602 ",\ "0.015635 ,0.014825 ,0.014195 ,0.013205 ,0.01243 ,0.011835 ,0.01142 ",\ "0.03178 ,0.030795 ,0.029795 ,0.028095 ,0.02668 ,0.02554 ,0.024665 ",\ "0.04037 ,0.039555 ,0.0385 ,0.036585 ,0.034945 ,0.03358 ,0.032495 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.00832 ,0.008235 ,0.008205 ,0.008175 ,0.00815 ,0.008135 ,0.00812 ",\ "0.01338 ,0.01295 ,0.01266 ,0.012225 ,0.011895 ,0.011645 ,0.011475 ",\ "0.02042 ,0.019655 ,0.019055 ,0.018135 ,0.01742 ,0.016885 ,0.016515 ",\ "0.03503 ,0.033985 ,0.03302 ,0.03143 ,0.030145 ,0.029135 ,0.028395 ",\ "0.04259 ,0.041605 ,0.040575 ,0.038805 ,0.037335 ,0.036145 ,0.035235 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.002045 ,0.00194 ,0.00188 ,0.001805 ,0.00176 ,0.001745 ,0.00175 ",\ "0.00633 ,0.00589 ,0.005615 ,0.00523 ,0.004955 ,0.00476 ,0.00465 ",\ "0.012735 ,0.01195 ,0.0114 ,0.010585 ,0.009965 ,0.00951 ,0.00921 ",\ "0.02734 ,0.02638 ,0.0254 ,0.023735 ,0.022385 ,0.021335 ,0.02057 ",\ "0.035525 ,0.034745 ,0.033605 ,0.031525 ,0.02979 ,0.0284 ,0.027365 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.008805 ,0.00872 ,0.00876 ,0.00886 ,0.00891 ,0.00889 ,0.008805 ",\ "0.01357 ,0.01318 ,0.01296 ,0.012645 ,0.01239 ,0.012175 ,0.01199 ",\ "0.02047 ,0.019785 ,0.01924 ,0.01839 ,0.01773 ,0.01724 ,0.01691 ",\ "0.035495 ,0.03455 ,0.03358 ,0.031945 ,0.03062 ,0.029595 ,0.02886 ",\ "0.0436 ,0.042685 ,0.04162 ,0.03974 ,0.03816 ,0.03688 ,0.035885 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0014, 0.0052, 0.0104, 0.0207, 0.0309, 0.0412, 0.0515 "); values ("0.00256 ,0.002515 ,0.00249 ,0.00246 ,0.002445 ,0.00245 ,0.00247 ",\ "0.007085 ,0.006715 ,0.00647 ,0.006115 ,0.005855 ,0.005675 ,0.00556 ",\ "0.013815 ,0.01312 ,0.0126 ,0.011815 ,0.01121 ,0.010755 ,0.010445 ",\ "0.029035 ,0.02816 ,0.02724 ,0.025675 ,0.024385 ,0.023365 ,0.022605 ",\ "0.037505 ,0.03678 ,0.035735 ,0.033815 ,0.032195 ,0.03088 ,0.029875 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0515 ; } pin(A1) { direction : input ; capacitance : 0.001838 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.001915 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.001745 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.001684 ; max_transition : 2.7273 ; } } cell(OAI22_B) { area : 8 ; cell_footprint : OAI22 ; cell_leakage_power : 0.225132 ; pin(Z) { direction : output ; function : "((A2+A1)*(B2+B1))'" ; capacitance : 0.000000 ; timing() { related_pin : "A1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.02001 ,0.02917 ,0.04039 ,0.06283 ,0.084145 ,0.105465 ,0.126805 ",\ "0.043545 ,0.057735 ,0.071635 ,0.097425 ,0.12293 ,0.148475 ,0.17312 ",\ "0.064595 ,0.086095 ,0.10416 ,0.13534 ,0.164895 ,0.193855 ,0.22244 ",\ "0.0945 ,0.127025 ,0.152375 ,0.193995 ,0.231855 ,0.26771 ,0.301945 ",\ "0.11384 ,0.147515 ,0.174985 ,0.2208 ,0.262465 ,0.30162 ,0.33863 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.03261 ,0.04815 ,0.06832 ,0.10613 ,0.150795 ,0.19564 ,0.240605 ",\ "0.06202 ,0.078 ,0.09979 ,0.14113 ,0.178445 ,0.21361 ,0.264885 ",\ "0.0942 ,0.11146 ,0.13615 ,0.18415 ,0.22834 ,0.26783 ,0.30219 ",\ "0.15605 ,0.17288 ,0.20169 ,0.260385 ,0.31541 ,0.36464 ,0.407095 ",\ "0.19534 ,0.208565 ,0.237625 ,0.29928 ,0.35753 ,0.409265 ,0.453085 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.013915 ,0.02058 ,0.02867 ,0.045125 ,0.059505 ,0.073845 ,0.088175 ",\ "0.01849 ,0.03061 ,0.0418 ,0.062175 ,0.082425 ,0.102395 ,0.119885 ",\ "0.00997 ,0.030075 ,0.04606 ,0.07249 ,0.0969 ,0.12063 ,0.144075 ",\ "-0.023645 ,0.007605 ,0.031475 ,0.06929 ,0.10267 ,0.133835 ,0.16347 ",\ "-0.033395 ,-0.002345 ,0.023165 ,0.064985 ,0.10241 ,0.13748 ,0.170825 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.02337 ,0.03279 ,0.044565 ,0.065765 ,0.093005 ,0.120415 ,0.14793 ",\ "0.06099 ,0.071585 ,0.084985 ,0.10942 ,0.130275 ,0.14928 ,0.182715 ",\ "0.107075 ,0.12021 ,0.13669 ,0.16748 ,0.19472 ,0.21775 ,0.23618 ",\ "0.191255 ,0.209025 ,0.23135 ,0.273535 ,0.311015 ,0.342485 ,0.36715 ",\ "0.233225 ,0.252105 ,0.276715 ,0.32337 ,0.36431 ,0.39778 ,0.42274 "); } } timing() { related_pin : "A2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.01947 ,0.0285 ,0.039795 ,0.06266 ,0.083875 ,0.105085 ,0.126305 ",\ "0.037145 ,0.05034 ,0.063695 ,0.088795 ,0.113835 ,0.13895 ,0.16244 ",\ "0.05299 ,0.07228 ,0.088955 ,0.11794 ,0.145415 ,0.172335 ,0.19893 ",\ "0.07494 ,0.104105 ,0.12711 ,0.164635 ,0.19839 ,0.230115 ,0.26026 ",\ "0.087865 ,0.118995 ,0.144345 ,0.18601 ,0.22335 ,0.25819 ,0.29103 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.030475 ,0.04646 ,0.06723 ,0.10654 ,0.151915 ,0.197465 ,0.243135 ",\ "0.059685 ,0.075275 ,0.096535 ,0.13743 ,0.17516 ,0.21125 ,0.2612 ",\ "0.09681 ,0.111985 ,0.1342 ,0.178395 ,0.220195 ,0.258605 ,0.293125 ",\ "0.17385 ,0.185365 ,0.20819 ,0.257215 ,0.30516 ,0.3497 ,0.389735 ",\ "0.218965 ,0.226025 ,0.247975 ,0.297985 ,0.347665 ,0.393745 ,0.434735 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.016535 ,0.022945 ,0.03091 ,0.047445 ,0.061695 ,0.07594 ,0.090195 ",\ "0.02574 ,0.03674 ,0.047255 ,0.06688 ,0.086735 ,0.106795 ,0.123935 ",\ "0.02406 ,0.04194 ,0.05659 ,0.08145 ,0.10489 ,0.12796 ,0.150955 ",\ "0.00528 ,0.03239 ,0.053695 ,0.088355 ,0.119575 ,0.14904 ,0.177215 ",\ "0.002865 ,0.029125 ,0.051555 ,0.089475 ,0.12413 ,0.156925 ,0.18824 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.026045 ,0.03545 ,0.04734 ,0.069 ,0.096375 ,0.12393 ,0.15162 ",\ "0.065115 ,0.07526 ,0.08839 ,0.11265 ,0.13366 ,0.153 ,0.18619 ",\ "0.113385 ,0.125635 ,0.141435 ,0.171365 ,0.198125 ,0.220975 ,0.239465 ",\ "0.202065 ,0.21861 ,0.239675 ,0.27999 ,0.31623 ,0.34694 ,0.371255 ",\ "0.246015 ,0.263875 ,0.287075 ,0.33155 ,0.37109 ,0.40381 ,0.428605 "); } } timing() { related_pin : "B1" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.02491 ,0.033595 ,0.04452 ,0.06641 ,0.087645 ,0.108925 ,0.130235 ",\ "0.05256 ,0.06492 ,0.077935 ,0.102665 ,0.127255 ,0.15193 ,0.17641 ",\ "0.07914 ,0.09713 ,0.11357 ,0.14309 ,0.171555 ,0.199585 ,0.227275 ",\ "0.118415 ,0.145005 ,0.167555 ,0.20638 ,0.242605 ,0.277275 ,0.310535 ",\ "0.140405 ,0.16772 ,0.19205 ,0.234615 ,0.27429 ,0.311975 ,0.34774 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.031855 ,0.047695 ,0.06906 ,0.111585 ,0.155525 ,0.199585 ,0.243715 ",\ "0.069255 ,0.08398 ,0.10459 ,0.14588 ,0.186275 ,0.226245 ,0.27305 ",\ "0.11118 ,0.12624 ,0.147415 ,0.19011 ,0.231745 ,0.27144 ,0.308715 ",\ "0.17717 ,0.19402 ,0.21693 ,0.26406 ,0.31081 ,0.35552 ,0.397205 ",\ "0.208755 ,0.22559 ,0.248825 ,0.29794 ,0.3478 ,0.396215 ,0.4419 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.01468 ,0.02123 ,0.02923 ,0.04502 ,0.059425 ,0.07378 ,0.08811 ",\ "0.01642 ,0.02785 ,0.038655 ,0.058235 ,0.0774 ,0.09547 ,0.112435 ",\ "0.006485 ,0.024985 ,0.040125 ,0.06508 ,0.08773 ,0.10934 ,0.130385 ",\ "-0.02851 ,0.0002 ,0.02284 ,0.058565 ,0.089465 ,0.11773 ,0.14411 ",\ "-0.04186 ,-0.01267 ,0.01202 ,0.052145 ,0.08726 ,0.11951 ,0.14968 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.020065 ,0.029325 ,0.041345 ,0.063655 ,0.090865 ,0.118225 ,0.145685 ",\ "0.05213 ,0.06114 ,0.07373 ,0.09752 ,0.11849 ,0.137985 ,0.16985 ",\ "0.09335 ,0.102905 ,0.11706 ,0.14464 ,0.169515 ,0.19084 ,0.20819 ",\ "0.167955 ,0.179285 ,0.19699 ,0.232305 ,0.264445 ,0.291845 ,0.313685 ",\ "0.202575 ,0.214635 ,0.23409 ,0.273085 ,0.308385 ,0.338045 ,0.36106 "); } } timing() { related_pin : "B2" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.02419 ,0.03283 ,0.04387 ,0.06626 ,0.0874 ,0.108565 ,0.129755 ",\ "0.045245 ,0.056945 ,0.06956 ,0.09378 ,0.11807 ,0.142525 ,0.1658 ",\ "0.06588 ,0.082235 ,0.09754 ,0.12512 ,0.15172 ,0.177965 ,0.203985 ",\ "0.096835 ,0.120785 ,0.1413 ,0.176315 ,0.20862 ,0.23936 ,0.26881 ",\ "0.11297 ,0.13829 ,0.16076 ,0.19939 ,0.23486 ,0.268335 ,0.300105 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.02866 ,0.045115 ,0.067335 ,0.11157 ,0.156845 ,0.20216 ,0.247495 ",\ "0.06015 ,0.074625 ,0.095745 ,0.13848 ,0.18059 ,0.222355 ,0.269825 ",\ "0.10391 ,0.11578 ,0.13591 ,0.17804 ,0.21977 ,0.26001 ,0.29827 ",\ "0.186365 ,0.19228 ,0.21127 ,0.25492 ,0.299375 ,0.34229 ,0.38268 ",\ "0.22197 ,0.224535 ,0.24355 ,0.289645 ,0.337425 ,0.383925 ,0.427935 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.01708 ,0.023425 ,0.031325 ,0.047525 ,0.06192 ,0.0763 ,0.090675 ",\ "0.022905 ,0.033325 ,0.04353 ,0.06241 ,0.08115 ,0.09988 ,0.116595 ",\ "0.019205 ,0.035635 ,0.049525 ,0.073 ,0.094715 ,0.115695 ,0.136255 ",\ "-0.002325 ,0.022505 ,0.042725 ,0.07547 ,0.1044 ,0.13122 ,0.156485 ",\ "-0.0093 ,0.01543 ,0.037255 ,0.073765 ,0.1064 ,0.136765 ,0.16541 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.02251 ,0.03186 ,0.0441 ,0.06704 ,0.094565 ,0.12226 ,0.150065 ",\ "0.0558 ,0.064575 ,0.077095 ,0.101105 ,0.122665 ,0.14296 ,0.17483 ",\ "0.09905 ,0.10799 ,0.12172 ,0.148975 ,0.17403 ,0.195965 ,0.214305 ",\ "0.17843 ,0.18858 ,0.20519 ,0.239075 ,0.270525 ,0.297825 ,0.32008 ",\ "0.21575 ,0.22648 ,0.244525 ,0.281515 ,0.31564 ,0.344795 ,0.367885 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.010605 ,0.01036 ,0.01023 ,0.01006 ,0.00996 ,0.00992 ,0.009935 ",\ "0.02145 ,0.02026 ,0.019515 ,0.01843 ,0.01763 ,0.017085 ,0.01678 ",\ "0.036785 ,0.034565 ,0.033055 ,0.03077 ,0.02905 ,0.027825 ,0.027075 ",\ "0.069645 ,0.066295 ,0.063565 ,0.059205 ,0.055815 ,0.05331 ,0.05168 ",\ "0.087135 ,0.083695 ,0.08052 ,0.075285 ,0.07115 ,0.068055 ,0.06599 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.004695 ,0.004425 ,0.00428 ,0.0041 ,0.004005 ,0.003975 ,0.004015 ",\ "0.01548 ,0.01426 ,0.01347 ,0.01231 ,0.01146 ,0.010885 ,0.010575 ",\ "0.030855 ,0.0287 ,0.027155 ,0.024785 ,0.02298 ,0.02168 ,0.02087 ",\ "0.06386 ,0.061145 ,0.058595 ,0.054335 ,0.0509 ,0.04825 ,0.046365 ",\ "0.08145 ,0.07912 ,0.076325 ,0.07139 ,0.067285 ,0.06401 ,0.06156 "); } related_pin : "A1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.011325 ,0.01118 ,0.011115 ,0.01104 ,0.01101 ,0.01101 ,0.01104 ",\ "0.021645 ,0.02057 ,0.01986 ,0.018825 ,0.018085 ,0.0176 ,0.017365 ",\ "0.036705 ,0.03461 ,0.03309 ,0.03078 ,0.02907 ,0.02789 ,0.02724 ",\ "0.06997 ,0.066755 ,0.06392 ,0.059315 ,0.055735 ,0.053115 ,0.05144 ",\ "0.088135 ,0.084835 ,0.081495 ,0.075875 ,0.0714 ,0.06803 ,0.065755 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.0057 ,0.00548 ,0.00536 ,0.0052 ,0.005115 ,0.00508 ,0.00511 ",\ "0.01684 ,0.015785 ,0.01503 ,0.01388 ,0.013015 ,0.012405 ,0.012045 ",\ "0.03268 ,0.03082 ,0.029355 ,0.02704 ,0.02523 ,0.02389 ,0.023 ",\ "0.066475 ,0.06414 ,0.06183 ,0.057885 ,0.054635 ,0.05205 ,0.05012 ",\ "0.08439 ,0.082395 ,0.07994 ,0.07554 ,0.071795 ,0.0687 ,0.066255 "); } related_pin : "A2" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.013695 ,0.0136 ,0.013625 ,0.0137 ,0.01375 ,0.01376 ,0.013735 ",\ "0.024725 ,0.02387 ,0.023245 ,0.022285 ,0.021575 ,0.021085 ,0.02081 ",\ "0.039935 ,0.038325 ,0.036975 ,0.03484 ,0.033225 ,0.032095 ,0.031445 ",\ "0.071165 ,0.068885 ,0.066715 ,0.06309 ,0.060205 ,0.05802 ,0.05653 ",\ "0.087155 ,0.08497 ,0.08269 ,0.078765 ,0.075515 ,0.07292 ,0.070975 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.00417 ,0.003935 ,0.003805 ,0.003645 ,0.00356 ,0.00353 ,0.00356 ",\ "0.01365 ,0.012555 ,0.011885 ,0.01092 ,0.010225 ,0.009765 ,0.009535 ",\ "0.02761 ,0.02564 ,0.02429 ,0.02225 ,0.02071 ,0.019615 ,0.01895 ",\ "0.0589 ,0.056385 ,0.05398 ,0.04996 ,0.046725 ,0.044235 ,0.04249 ",\ "0.07619 ,0.074015 ,0.071245 ,0.066325 ,0.06224 ,0.059 ,0.0566 "); } related_pin : "B1" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.01434 ,0.01442 ,0.01454 ,0.014725 ,0.014835 ,0.014865 ,0.014815 ",\ "0.024755 ,0.02397 ,0.02344 ,0.02264 ,0.022035 ,0.021595 ,0.021315 ",\ "0.03968 ,0.03802 ,0.036725 ,0.0347 ,0.03317 ,0.03209 ,0.03145 ",\ "0.071635 ,0.069265 ,0.066985 ,0.063195 ,0.06019 ,0.057935 ,0.056425 ",\ "0.088615 ,0.08642 ,0.08393 ,0.0796 ,0.07605 ,0.07327 ,0.07125 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0029, 0.0114, 0.0227, 0.0452, 0.0678, 0.0904, 0.113 "); values ("0.00521 ,0.00507 ,0.005 ,0.00491 ,0.00487 ,0.004875 ,0.00493 ",\ "0.015125 ,0.014205 ,0.01358 ,0.012655 ,0.011975 ,0.011515 ,0.011265 ",\ "0.029645 ,0.02794 ,0.02666 ,0.024665 ,0.02314 ,0.02203 ,0.021335 ",\ "0.06182 ,0.059625 ,0.05743 ,0.053695 ,0.05065 ,0.04826 ,0.046525 ",\ "0.079435 ,0.07754 ,0.07509 ,0.07069 ,0.06698 ,0.06396 ,0.061635 "); } related_pin : "B2" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1130 ; } pin(A1) { direction : input ; capacitance : 0.002913 ; max_transition : 2.7273 ; } pin(A2) { direction : input ; capacitance : 0.002966 ; max_transition : 2.7273 ; } pin(B1) { direction : input ; capacitance : 0.002826 ; max_transition : 2.7273 ; } pin(B2) { direction : input ; capacitance : 0.002740 ; max_transition : 2.7273 ; } } cell(OR2_B) { area : 5 ; cell_footprint : OR2 ; cell_leakage_power : 0.100009 ; pin(Z) { direction : output ; function : "(A+B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.01552 ,0.02404 ,0.035325 ,0.057825 ,0.08036 ,0.10307 ,0.125805 ",\ "0.00927 ,0.018555 ,0.03004 ,0.052395 ,0.074355 ,0.096045 ,0.11751 ",\ "-0.011795 ,-0.000595 ,0.011525 ,0.03414 ,0.056015 ,0.077535 ,0.09883 ",\ "-0.068565 ,-0.053315 ,-0.04012 ,-0.016965 ,0.005585 ,0.028475 ,0.052005 ",\ "-0.093045 ,-0.07724 ,-0.064425 ,-0.0419 ,-0.019175 ,0.004815 ,0.030385 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.01328 ,0.029825 ,0.05248 ,0.09955 ,0.148045 ,0.19185 ,0.235675 ",\ "0.018685 ,0.034275 ,0.055745 ,0.100135 ,0.146275 ,0.1941 ,0.243585 ",\ "0.025035 ,0.04034 ,0.06145 ,0.10475 ,0.14923 ,0.19481 ,0.241445 ",\ "0.03552 ,0.05114 ,0.072315 ,0.11525 ,0.1588 ,0.202865 ,0.24739 ",\ "0.040005 ,0.0561 ,0.07754 ,0.12088 ,0.16482 ,0.2093 ,0.25426 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.03244 ,0.03811 ,0.045 ,0.05951 ,0.07376 ,0.085805 ,0.09787 ",\ "0.06472 ,0.073095 ,0.080375 ,0.093585 ,0.10695 ,0.12085 ,0.135355 ",\ "0.100615 ,0.11257 ,0.12092 ,0.134085 ,0.14616 ,0.15786 ,0.169295 ",\ "0.163745 ,0.178665 ,0.188335 ,0.203075 ,0.21648 ,0.22941 ,0.241945 ",\ "0.1961 ,0.20885 ,0.218145 ,0.233995 ,0.249745 ,0.26591 ,0.282435 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.01238 ,0.020895 ,0.03227 ,0.055035 ,0.077865 ,0.10079 ,0.12374 ",\ "0.017485 ,0.02581 ,0.03693 ,0.059115 ,0.08118 ,0.10309 ,0.124835 ",\ "0.023765 ,0.03217 ,0.04334 ,0.0655 ,0.08739 ,0.108975 ,0.13022 ",\ "0.035205 ,0.04416 ,0.055675 ,0.07826 ,0.10035 ,0.121915 ,0.142915 ",\ "0.04055 ,0.049915 ,0.061675 ,0.084605 ,0.106965 ,0.12874 ,0.14989 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.01746 ,0.025945 ,0.03724 ,0.059995 ,0.082775 ,0.105315 ,0.12789 ",\ "0.01466 ,0.023835 ,0.035205 ,0.0575 ,0.079645 ,0.101755 ,0.12386 ",\ "-0.00194 ,0.00908 ,0.021 ,0.04337 ,0.06518 ,0.08678 ,0.10829 ",\ "-0.049355 ,-0.03473 ,-0.021955 ,0.00069 ,0.02293 ,0.045605 ,0.06896 ",\ "-0.06872 ,-0.053975 ,-0.04176 ,-0.019865 ,0.00252 ,0.026295 ,0.051705 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.01327 ,0.02998 ,0.05286 ,0.10036 ,0.14895 ,0.19323 ,0.23754 ",\ "0.01809 ,0.033825 ,0.05555 ,0.100485 ,0.14718 ,0.195575 ,0.24565 ",\ "0.023755 ,0.03913 ,0.060485 ,0.10437 ,0.14951 ,0.195785 ,0.243165 ",\ "0.033105 ,0.048515 ,0.069835 ,0.113305 ,0.157475 ,0.202215 ,0.247445 ",\ "0.037125 ,0.0528 ,0.07431 ,0.118075 ,0.16253 ,0.20754 ,0.25302 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.031985 ,0.03776 ,0.04468 ,0.05904 ,0.07312 ,0.085265 ,0.09741 ",\ "0.058845 ,0.06746 ,0.074955 ,0.088455 ,0.10196 ,0.115895 ,0.130345 ",\ "0.090515 ,0.10258 ,0.11125 ,0.125055 ,0.137715 ,0.149965 ,0.16196 ",\ "0.14822 ,0.16289 ,0.173155 ,0.18919 ,0.20364 ,0.217365 ,0.2305 ",\ "0.17569 ,0.18844 ,0.19877 ,0.216535 ,0.233565 ,0.250415 ,0.267125 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.01204 ,0.020715 ,0.03215 ,0.054565 ,0.077105 ,0.10058 ,0.124075 ",\ "0.01657 ,0.025365 ,0.036915 ,0.05949 ,0.08135 ,0.10247 ,0.12284 ",\ "0.02223 ,0.031415 ,0.04337 ,0.066625 ,0.08901 ,0.110505 ,0.131085 ",\ "0.03241 ,0.042575 ,0.05548 ,0.080295 ,0.10391 ,0.12631 ,0.147465 ",\ "0.03709 ,0.047785 ,0.06119 ,0.086815 ,0.111065 ,0.13393 ,0.155375 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.00307 ,0.003035 ,0.00303 ,0.00303 ,0.003035 ,0.00304 ,0.003045 ",\ "0.006815 ,0.00669 ,0.00664 ,0.00659 ,0.00656 ,0.006545 ,0.006545 ",\ "0.01211 ,0.011885 ,0.011775 ,0.01165 ,0.011575 ,0.01153 ,0.011525 ",\ "0.02327 ,0.022935 ,0.022745 ,0.02249 ,0.02232 ,0.02222 ,0.022185 ",\ "0.02913 ,0.028785 ,0.02856 ,0.02825 ,0.02804 ,0.02791 ,0.027865 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.00515 ,0.00508 ,0.005045 ,0.00501 ,0.004985 ,0.004975 ,0.00497 ",\ "0.008805 ,0.00865 ,0.008585 ,0.00851 ,0.008465 ,0.008435 ,0.008425 ",\ "0.01394 ,0.01369 ,0.013575 ,0.013445 ,0.01336 ,0.01331 ,0.01329 ",\ "0.024805 ,0.02442 ,0.02421 ,0.023945 ,0.023775 ,0.02367 ,0.023635 ",\ "0.030525 ,0.0301 ,0.02985 ,0.02951 ,0.02928 ,0.02915 ,0.029105 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.00341 ,0.00338 ,0.003375 ,0.00337 ,0.003375 ,0.00338 ,0.00339 ",\ "0.007445 ,0.00733 ,0.007285 ,0.007235 ,0.007205 ,0.00719 ,0.007185 ",\ "0.01311 ,0.012905 ,0.01281 ,0.012695 ,0.01262 ,0.012575 ,0.012555 ",\ "0.02502 ,0.02471 ,0.02453 ,0.02429 ,0.024125 ,0.02403 ,0.02399 ",\ "0.031245 ,0.03093 ,0.03072 ,0.03042 ,0.030215 ,0.03009 ,0.030045 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0017, 0.0063, 0.0125, 0.0249, 0.0374, 0.0498, 0.0622 "); values ("0.00542 ,0.00535 ,0.005315 ,0.005275 ,0.00525 ,0.005235 ,0.005235 ",\ "0.009075 ,0.00893 ,0.00887 ,0.0088 ,0.00876 ,0.00873 ,0.008715 ",\ "0.014335 ,0.014105 ,0.014005 ,0.01389 ,0.013815 ,0.01376 ,0.01373 ",\ "0.025745 ,0.02542 ,0.025235 ,0.024985 ,0.024815 ,0.02471 ,0.024675 ",\ "0.031885 ,0.03155 ,0.03131 ,0.030975 ,0.03075 ,0.03062 ,0.030585 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0622 ; } pin(A) { direction : input ; capacitance : 0.001217 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001164 ; max_transition : 2.7273 ; } } cell(OR2_C) { area : 5 ; cell_footprint : OR2 ; cell_leakage_power : 0.124169 ; pin(Z) { direction : output ; function : "(A+B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.01826 ,0.027025 ,0.03865 ,0.062105 ,0.085305 ,0.108565 ,0.131875 ",\ "0.01839 ,0.02818 ,0.04003 ,0.0631 ,0.08593 ,0.10867 ,0.131375 ",\ "0.00602 ,0.018 ,0.03058 ,0.05384 ,0.076265 ,0.0983 ,0.12009 ",\ "-0.0335 ,-0.01813 ,-0.00461 ,0.01929 ,0.042555 ,0.06606 ,0.090065 ",\ "-0.04985 ,-0.035225 ,-0.022445 ,0.000925 ,0.024835 ,0.05008 ,0.07687 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.01328 ,0.03062 ,0.05423 ,0.102815 ,0.153095 ,0.20102 ,0.2476 ",\ "0.01914 ,0.03567 ,0.05836 ,0.10494 ,0.15283 ,0.201905 ,0.252095 ",\ "0.026005 ,0.042295 ,0.064765 ,0.110705 ,0.15752 ,0.205005 ,0.253065 ",\ "0.03755 ,0.054025 ,0.07662 ,0.122485 ,0.168665 ,0.214835 ,0.260825 ",\ "0.042655 ,0.059395 ,0.082175 ,0.128315 ,0.174655 ,0.220815 ,0.2666 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.030075 ,0.03647 ,0.044715 ,0.06233 ,0.076315 ,0.090255 ,0.10418 ",\ "0.05878 ,0.06695 ,0.07483 ,0.0904 ,0.10722 ,0.12461 ,0.13808 ",\ "0.08923 ,0.10015 ,0.10828 ,0.12245 ,0.136725 ,0.15153 ,0.166875 ",\ "0.13865 ,0.152415 ,0.16136 ,0.176025 ,0.190485 ,0.20531 ,0.220475 ",\ "0.16249 ,0.174785 ,0.183795 ,0.200045 ,0.21712 ,0.235375 ,0.254725 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.012225 ,0.022015 ,0.034945 ,0.060415 ,0.087305 ,0.11427 ,0.141285 ",\ "0.017955 ,0.02747 ,0.04016 ,0.06515 ,0.089445 ,0.113725 ,0.140695 ",\ "0.02505 ,0.034495 ,0.04717 ,0.072345 ,0.097015 ,0.12102 ,0.14428 ",\ "0.03787 ,0.04752 ,0.06033 ,0.08599 ,0.1114 ,0.136305 ,0.160555 ",\ "0.043775 ,0.05365 ,0.066555 ,0.092425 ,0.11811 ,0.143315 ,0.167865 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.020565 ,0.029265 ,0.04091 ,0.06468 ,0.08768 ,0.11076 ,0.1339 ",\ "0.024475 ,0.033975 ,0.04557 ,0.068495 ,0.091595 ,0.114775 ,0.13714 ",\ "0.017145 ,0.02858 ,0.04062 ,0.063205 ,0.085375 ,0.10748 ,0.129615 ",\ "-0.011975 ,0.002305 ,0.01481 ,0.03732 ,0.05972 ,0.08271 ,0.10646 ",\ "-0.023035 ,-0.00982 ,0.001755 ,0.02355 ,0.04652 ,0.07124 ,0.097815 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.01325 ,0.03063 ,0.054385 ,0.103525 ,0.15366 ,0.20021 ,0.24683 ",\ "0.01839 ,0.03483 ,0.0575 ,0.104275 ,0.15267 ,0.20256 ,0.25388 ",\ "0.02447 ,0.04052 ,0.062795 ,0.10858 ,0.155545 ,0.203475 ,0.25227 ",\ "0.03464 ,0.050535 ,0.072645 ,0.117925 ,0.16394 ,0.21036 ,0.25701 ",\ "0.03908 ,0.05507 ,0.07725 ,0.122705 ,0.168915 ,0.215495 ,0.26224 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.029775 ,0.03628 ,0.04456 ,0.06196 ,0.076075 ,0.0901 ,0.104085 ",\ "0.053345 ,0.0618 ,0.069985 ,0.0859 ,0.10279 ,0.12005 ,0.13351 ",\ "0.07918 ,0.090345 ,0.099015 ,0.11407 ,0.12899 ,0.144335 ,0.16018 ",\ "0.12183 ,0.13577 ,0.14575 ,0.162125 ,0.177715 ,0.19331 ,0.20904 ",\ "0.14082 ,0.153725 ,0.16428 ,0.182795 ,0.20107 ,0.219775 ,0.239065 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.01191 ,0.021935 ,0.034975 ,0.06018 ,0.087805 ,0.11549 ,0.14322 ",\ "0.017015 ,0.027125 ,0.040355 ,0.065815 ,0.089825 ,0.11352 ,0.141965 ",\ "0.023405 ,0.033785 ,0.04742 ,0.07388 ,0.09908 ,0.12289 ,0.14523 ",\ "0.034535 ,0.04563 ,0.060115 ,0.088395 ,0.11554 ,0.14132 ,0.165605 ",\ "0.03937 ,0.05086 ,0.065755 ,0.09482 ,0.122675 ,0.14905 ,0.17379 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.004475 ,0.00441 ,0.00439 ,0.004375 ,0.00437 ,0.004375 ,0.00438 ",\ "0.009845 ,0.00964 ,0.00954 ,0.009415 ,0.009335 ,0.0093 ,0.0093 ",\ "0.01739 ,0.01701 ,0.016805 ,0.01653 ,0.016355 ,0.01626 ,0.01625 ",\ "0.033205 ,0.032565 ,0.032165 ,0.031615 ,0.031245 ,0.03104 ,0.03099 ",\ "0.04146 ,0.040725 ,0.04025 ,0.039565 ,0.039105 ,0.03884 ,0.038765 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.00701 ,0.00689 ,0.00684 ,0.00678 ,0.00674 ,0.006715 ,0.006705 ",\ "0.01226 ,0.01198 ,0.011855 ,0.011695 ,0.011595 ,0.011535 ,0.011515 ",\ "0.019615 ,0.01915 ,0.01892 ,0.01862 ,0.01842 ,0.01831 ,0.018285 ",\ "0.03512 ,0.0344 ,0.03396 ,0.033355 ,0.032955 ,0.032735 ,0.032685 ",\ "0.04326 ,0.042465 ,0.041925 ,0.04116 ,0.040645 ,0.040365 ,0.04031 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.004935 ,0.004875 ,0.004855 ,0.004835 ,0.004825 ,0.00482 ,0.00482 ",\ "0.010595 ,0.010395 ,0.01029 ,0.01016 ,0.01007 ,0.010025 ,0.01001 ",\ "0.0185 ,0.018135 ,0.01793 ,0.017655 ,0.01747 ,0.01736 ,0.01733 ",\ "0.035005 ,0.03441 ,0.034035 ,0.033505 ,0.03314 ,0.03293 ,0.03286 ",\ "0.043595 ,0.042925 ,0.04248 ,0.04184 ,0.0414 ,0.041145 ,0.04106 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.003, 0.0117, 0.0234, 0.0467, 0.0699, 0.0932, 0.1165 "); values ("0.007335 ,0.00722 ,0.007165 ,0.007095 ,0.00705 ,0.00702 ,0.00701 ",\ "0.012425 ,0.01217 ,0.012055 ,0.011915 ,0.011815 ,0.011755 ,0.01173 ",\ "0.019715 ,0.019305 ,0.019105 ,0.018845 ,0.01867 ,0.018565 ,0.018525 ",\ "0.035455 ,0.034825 ,0.03444 ,0.0339 ,0.033545 ,0.03334 ,0.033295 ",\ "0.043885 ,0.043195 ,0.04271 ,0.042015 ,0.04155 ,0.041295 ,0.041255 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1165 ; } pin(A) { direction : input ; capacitance : 0.001385 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001324 ; max_transition : 2.7273 ; } } cell(OR3_B) { area : 7 ; cell_footprint : OR3 ; cell_leakage_power : 0.131396 ; pin(Z) { direction : output ; function : "(A+B+C)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.01904 ,0.027465 ,0.038615 ,0.06079 ,0.082935 ,0.105485 ,0.128065 ",\ "0.014665 ,0.023855 ,0.03523 ,0.057345 ,0.07902 ,0.10037 ,0.12142 ",\ "-0.005315 ,0.00581 ,0.01785 ,0.0403 ,0.061975 ,0.083235 ,0.104195 ",\ "-0.062335 ,-0.04712 ,-0.033925 ,-0.010815 ,0.0116 ,0.034225 ,0.05733 ",\ "-0.08763 ,-0.07187 ,-0.05902 ,-0.03649 ,-0.01392 ,0.00971 ,0.034695 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.01442 ,0.03089 ,0.053355 ,0.0997 ,0.147885 ,0.19187 ,0.23564 ",\ "0.01981 ,0.035425 ,0.056855 ,0.10089 ,0.146295 ,0.193015 ,0.24103 ",\ "0.026155 ,0.04156 ,0.062765 ,0.10603 ,0.15016 ,0.195075 ,0.24073 ",\ "0.036445 ,0.052225 ,0.07369 ,0.117 ,0.160585 ,0.20434 ,0.248215 ",\ "0.040665 ,0.05692 ,0.07872 ,0.12254 ,0.166545 ,0.21065 ,0.25481 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.03624 ,0.04162 ,0.04784 ,0.06112 ,0.074885 ,0.084755 ,0.094595 ",\ "0.069395 ,0.078345 ,0.085075 ,0.096615 ,0.108245 ,0.12056 ,0.13368 ",\ "0.107335 ,0.12071 ,0.12874 ,0.14005 ,0.149835 ,0.15913 ,0.168165 ",\ "0.17437 ,0.19064 ,0.20001 ,0.212865 ,0.223825 ,0.234125 ,0.243985 ",\ "0.20764 ,0.22066 ,0.22941 ,0.243515 ,0.25725 ,0.27138 ,0.28599 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.01395 ,0.02124 ,0.03084 ,0.04969 ,0.068385 ,0.08797 ,0.107565 ",\ "0.018785 ,0.0262 ,0.03584 ,0.05465 ,0.07287 ,0.09051 ,0.107555 ",\ "0.02497 ,0.032615 ,0.04237 ,0.06124 ,0.07937 ,0.096765 ,0.113425 ",\ "0.03654 ,0.04475 ,0.05483 ,0.074065 ,0.092355 ,0.109735 ,0.126185 ",\ "0.042035 ,0.050535 ,0.06081 ,0.080335 ,0.09887 ,0.11646 ,0.13309 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.02082 ,0.02917 ,0.04028 ,0.062605 ,0.085015 ,0.107315 ,0.12965 ",\ "0.01863 ,0.02764 ,0.038845 ,0.06079 ,0.082525 ,0.10414 ,0.12566 ",\ "0.00127 ,0.01212 ,0.023895 ,0.045965 ,0.067415 ,0.08859 ,0.109595 ",\ "-0.05072 ,-0.036145 ,-0.023435 ,-0.001 ,0.020915 ,0.04314 ,0.06593 ",\ "-0.07328 ,-0.05851 ,-0.0463 ,-0.02458 ,-0.002555 ,0.02069 ,0.0454 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.014205 ,0.03071 ,0.05322 ,0.099655 ,0.14689 ,0.19073 ,0.234595 ",\ "0.019055 ,0.034685 ,0.05618 ,0.1004 ,0.146065 ,0.193125 ,0.241545 ",\ "0.02482 ,0.04016 ,0.061375 ,0.104795 ,0.14924 ,0.19461 ,0.240875 ",\ "0.034255 ,0.04976 ,0.071055 ,0.11424 ,0.157915 ,0.201955 ,0.24631 ",\ "0.03822 ,0.05406 ,0.075565 ,0.11903 ,0.162865 ,0.20698 ,0.25131 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.03792 ,0.04342 ,0.04967 ,0.06271 ,0.076085 ,0.086165 ,0.0962 ",\ "0.06562 ,0.074745 ,0.08171 ,0.093595 ,0.105395 ,0.117725 ,0.130725 ",\ "0.100885 ,0.114085 ,0.122385 ,0.13442 ,0.14494 ,0.154955 ,0.164715 ",\ "0.16833 ,0.18372 ,0.193525 ,0.20768 ,0.219765 ,0.230895 ,0.241325 ",\ "0.199365 ,0.21187 ,0.221565 ,0.23762 ,0.252605 ,0.26722 ,0.2816 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.013975 ,0.021375 ,0.03103 ,0.04974 ,0.06816 ,0.088095 ,0.108035 ",\ "0.018215 ,0.026005 ,0.036 ,0.05521 ,0.07345 ,0.090735 ,0.107065 ",\ "0.023685 ,0.031955 ,0.04236 ,0.06215 ,0.080755 ,0.098195 ,0.114455 ",\ "0.034025 ,0.04319 ,0.054415 ,0.075475 ,0.09499 ,0.112985 ,0.129455 ",\ "0.038925 ,0.048465 ,0.0601 ,0.081865 ,0.10194 ,0.12037 ,0.137135 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.022515 ,0.03087 ,0.041985 ,0.06443 ,0.087035 ,0.10918 ,0.13137 ",\ "0.02398 ,0.033095 ,0.04428 ,0.0662 ,0.08799 ,0.10975 ,0.13152 ",\ "0.011745 ,0.022785 ,0.03453 ,0.05646 ,0.07777 ,0.098815 ,0.119695 ",\ "-0.029325 ,-0.014645 ,-0.001995 ,0.020265 ,0.042005 ,0.06405 ,0.086625 ",\ "-0.04626 ,-0.031585 ,-0.019465 ,0.002175 ,0.02421 ,0.04751 ,0.07228 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.01445 ,0.03103 ,0.053665 ,0.100455 ,0.148085 ,0.1921 ,0.236135 ",\ "0.019215 ,0.034925 ,0.05657 ,0.101125 ,0.14718 ,0.194665 ,0.24356 ",\ "0.025 ,0.04036 ,0.061645 ,0.105235 ,0.14984 ,0.195355 ,0.24174 ",\ "0.03472 ,0.050075 ,0.071315 ,0.114475 ,0.15816 ,0.202235 ,0.24663 ",\ "0.038945 ,0.05455 ,0.07596 ,0.1194 ,0.16336 ,0.207705 ,0.25237 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.038375 ,0.04392 ,0.05017 ,0.06304 ,0.07616 ,0.086405 ,0.0966 ",\ "0.05961 ,0.06882 ,0.075915 ,0.087955 ,0.099795 ,0.112035 ,0.12483 ",\ "0.087585 ,0.100765 ,0.109265 ,0.121735 ,0.13266 ,0.143065 ,0.153205 ",\ "0.14426 ,0.15963 ,0.16987 ,0.184985 ,0.197965 ,0.209955 ,0.22124 ",\ "0.169825 ,0.182735 ,0.193215 ,0.210665 ,0.226785 ,0.242345 ,0.257555 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.013755 ,0.021275 ,0.031025 ,0.04971 ,0.068005 ,0.088315 ,0.10864 ",\ "0.017825 ,0.025915 ,0.036245 ,0.0559 ,0.07429 ,0.091425 ,0.10731 ",\ "0.02339 ,0.03216 ,0.04316 ,0.0639 ,0.08311 ,0.10081 ,0.11699 ",\ "0.03406 ,0.044025 ,0.056325 ,0.07922 ,0.10007 ,0.1189 ,0.135695 ",\ "0.039 ,0.04946 ,0.0624 ,0.0864 ,0.10812 ,0.127565 ,0.144705 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.00315 ,0.003105 ,0.003095 ,0.003095 ,0.003095 ,0.0031 ,0.00311 ",\ "0.00665 ,0.006525 ,0.006465 ,0.006405 ,0.00637 ,0.00635 ,0.00635 ",\ "0.011615 ,0.011395 ,0.011285 ,0.011145 ,0.011055 ,0.011 ,0.010985 ",\ "0.02219 ,0.021885 ,0.021685 ,0.021415 ,0.02123 ,0.02112 ,0.02107 ",\ "0.027795 ,0.02749 ,0.027265 ,0.026945 ,0.026715 ,0.026575 ,0.02651 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.00609 ,0.005985 ,0.00593 ,0.00587 ,0.00583 ,0.005805 ,0.00579 ",\ "0.00954 ,0.00935 ,0.00926 ,0.00916 ,0.009095 ,0.00905 ,0.00903 ",\ "0.014395 ,0.0141 ,0.013965 ,0.013805 ,0.013695 ,0.01363 ,0.013595 ",\ "0.02467 ,0.024255 ,0.02402 ,0.02372 ,0.02352 ,0.02339 ,0.023335 ",\ "0.03009 ,0.029645 ,0.029365 ,0.02899 ,0.02873 ,0.02857 ,0.028505 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.003485 ,0.00345 ,0.00344 ,0.00343 ,0.00343 ,0.00343 ,0.00343 ",\ "0.00717 ,0.007055 ,0.007 ,0.00694 ,0.0069 ,0.00688 ,0.00687 ",\ "0.0124 ,0.0122 ,0.012095 ,0.011965 ,0.01188 ,0.011825 ,0.011805 ",\ "0.0235 ,0.02321 ,0.023025 ,0.02277 ,0.022595 ,0.022485 ,0.022435 ",\ "0.02935 ,0.02906 ,0.028845 ,0.02854 ,0.02832 ,0.028185 ,0.02812 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.006395 ,0.006285 ,0.00623 ,0.006155 ,0.00611 ,0.00608 ,0.00607 ",\ "0.00969 ,0.009505 ,0.00942 ,0.00932 ,0.00925 ,0.009205 ,0.00918 ",\ "0.0145 ,0.014225 ,0.014095 ,0.013945 ,0.013845 ,0.013775 ,0.01373 ",\ "0.02504 ,0.024675 ,0.02446 ,0.024175 ,0.02398 ,0.023855 ,0.023795 ",\ "0.03076 ,0.030385 ,0.03013 ,0.02976 ,0.02951 ,0.02935 ,0.02929 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.00393 ,0.0039 ,0.003885 ,0.003865 ,0.003855 ,0.003855 ,0.003855 ",\ "0.00806 ,0.00795 ,0.007895 ,0.00783 ,0.007785 ,0.00776 ,0.00774 ",\ "0.013945 ,0.013745 ,0.01364 ,0.013505 ,0.013415 ,0.013355 ,0.01332 ",\ "0.026505 ,0.02622 ,0.02603 ,0.025755 ,0.025565 ,0.02544 ,0.025385 ",\ "0.033175 ,0.032885 ,0.032655 ,0.032315 ,0.03207 ,0.03192 ,0.031855 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0015, 0.0056, 0.011, 0.022, 0.0329, 0.0439, 0.0548 "); values ("0.00689 ,0.00679 ,0.00673 ,0.00666 ,0.00661 ,0.00658 ,0.00657 ",\ "0.010475 ,0.01029 ,0.010205 ,0.01011 ,0.01004 ,0.009995 ,0.009965 ",\ "0.01579 ,0.015525 ,0.0154 ,0.01525 ,0.01515 ,0.015075 ,0.01503 ",\ "0.027775 ,0.02744 ,0.027225 ,0.026925 ,0.026715 ,0.026585 ,0.02652 ",\ "0.034425 ,0.0341 ,0.033835 ,0.03344 ,0.033165 ,0.032995 ,0.032935 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0548 ; } pin(A) { direction : input ; capacitance : 0.001381 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001211 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001327 ; max_transition : 2.7273 ; } } cell(SDFFSR_E) { area : 29 ; cell_footprint : SDFFSR ; cell_leakage_power : 1.277071 ; scan_group : SDFFSR_E ; pin(Q) { direction : output ; function : "IQ" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.0556 ,0.06382 ,0.07552 ,0.09905 ,0.1224 ,0.14596 ,0.16964 ",\ "0.071335 ,0.079405 ,0.090675 ,0.11434 ,0.138625 ,0.16248 ,0.186505 ",\ "0.07696 ,0.08572 ,0.09691 ,0.119645 ,0.142555 ,0.165695 ,0.19036 ",\ "0.064505 ,0.07405 ,0.08494 ,0.107125 ,0.129655 ,0.152035 ,0.173985 ",\ "0.055875 ,0.06368 ,0.07345 ,0.09514 ,0.118545 ,0.14275 ,0.1673 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.01348 ,0.031745 ,0.05686 ,0.106895 ,0.15639 ,0.206065 ,0.25585 ",\ "0.013305 ,0.03126 ,0.05603 ,0.107835 ,0.160405 ,0.209345 ,0.258395 ",\ "0.013275 ,0.03106 ,0.05567 ,0.107235 ,0.161525 ,0.216835 ,0.26557 ",\ "0.013275 ,0.030785 ,0.055055 ,0.10584 ,0.159175 ,0.21485 ,0.272775 ",\ "0.013275 ,0.03065 ,0.054695 ,0.10485 ,0.157295 ,0.211805 ,0.268295 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.03655 ,0.04301 ,0.051645 ,0.06797 ,0.08341 ,0.098715 ,0.11394 ",\ "0.041535 ,0.048425 ,0.05676 ,0.073185 ,0.08931 ,0.10413 ,0.11885 ",\ "0.03433 ,0.04229 ,0.05061 ,0.065905 ,0.08063 ,0.09512 ,0.109415 ",\ "-0.003795 ,0.004975 ,0.012825 ,0.02696 ,0.04072 ,0.05447 ,0.06828 ",\ "-0.026935 ,-0.019955 ,-0.013295 ,5e-05 ,0.014415 ,0.02983 ,0.04625 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.009775 ,0.019945 ,0.03365 ,0.061655 ,0.090145 ,0.118795 ,0.147535 ",\ "0.010405 ,0.020245 ,0.033675 ,0.06119 ,0.08908 ,0.116805 ,0.14463 ",\ "0.011405 ,0.02085 ,0.03392 ,0.06129 ,0.08994 ,0.11904 ,0.14577 ",\ "0.01327 ,0.02198 ,0.034155 ,0.060415 ,0.088825 ,0.119175 ,0.15135 ",\ "0.01404 ,0.022415 ,0.03406 ,0.05934 ,0.086915 ,0.116555 ,0.148145 "); } } timing() { related_pin : "RN" ; timing_sense : positive_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.054645 ,0.06101 ,0.06963 ,0.085945 ,0.101315 ,0.11661 ,0.13187 ",\ "0.07831 ,0.08468 ,0.092575 ,0.1091 ,0.12589 ,0.14097 ,0.156105 ",\ "0.09891 ,0.10584 ,0.113245 ,0.128215 ,0.14383 ,0.159775 ,0.175105 ",\ "0.124545 ,0.13194 ,0.138865 ,0.152735 ,0.16712 ,0.181735 ,0.19638 ",\ "0.135 ,0.141115 ,0.14765 ,0.161675 ,0.17679 ,0.192525 ,0.20862 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.00937 ,0.019675 ,0.03342 ,0.061435 ,0.08992 ,0.118515 ,0.147165 ",\ "0.00947 ,0.019685 ,0.0334 ,0.06101 ,0.08881 ,0.11701 ,0.145275 ",\ "0.0096 ,0.019705 ,0.033375 ,0.061295 ,0.089785 ,0.11849 ,0.14631 ",\ "0.009915 ,0.01977 ,0.033175 ,0.06101 ,0.09002 ,0.120075 ,0.15112 ",\ "0.01011 ,0.01983 ,0.03301 ,0.06044 ,0.089105 ,0.11887 ,0.14968 "); } } timing() { related_pin : "S" ; timing_sense : positive_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.057915 ,0.066345 ,0.07816 ,0.10178 ,0.12515 ,0.14869 ,0.172335 ",\ "0.06911 ,0.077545 ,0.089005 ,0.113025 ,0.13753 ,0.1609 ,0.184385 ",\ "0.073635 ,0.08254 ,0.09385 ,0.116935 ,0.140625 ,0.164595 ,0.188055 ",\ "0.06809 ,0.077565 ,0.08867 ,0.11102 ,0.133795 ,0.15682 ,0.17997 ",\ "0.06294 ,0.071565 ,0.082205 ,0.104365 ,0.12753 ,0.151385 ,0.175755 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.01273 ,0.03113 ,0.05648 ,0.106755 ,0.15623 ,0.20586 ,0.255575 ",\ "0.012635 ,0.03072 ,0.055675 ,0.107935 ,0.16094 ,0.20989 ,0.258925 ",\ "0.012605 ,0.030545 ,0.055345 ,0.107195 ,0.161705 ,0.217215 ,0.26611 ",\ "0.01256 ,0.030305 ,0.054855 ,0.1059 ,0.15915 ,0.21442 ,0.271645 ",\ "0.01253 ,0.03019 ,0.054595 ,0.10514 ,0.15758 ,0.211715 ,0.267485 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.03928 ,0.038405 ,0.037705 ,0.036535 ,0.035565 ,0.03477 ,0.034145 ",\ "0.051115 ,0.05021 ,0.04947 ,0.048245 ,0.047235 ,0.046425 ,0.045815 ",\ "0.06791 ,0.066965 ,0.06618 ,0.06488 ,0.06382 ,0.062985 ,0.062375 ",\ "0.102755 ,0.101825 ,0.101015 ,0.09967 ,0.098565 ,0.097685 ,0.09703 ",\ "0.120745 ,0.119865 ,0.119085 ,0.117765 ,0.116665 ,0.115765 ,0.115065 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.02637 ,0.02609 ,0.025885 ,0.02555 ,0.02528 ,0.025065 ,0.0249 ",\ "0.039885 ,0.039375 ,0.03902 ,0.03847 ,0.03805 ,0.03775 ,0.03757 ",\ "0.05864 ,0.057835 ,0.05728 ,0.056435 ,0.05582 ,0.05541 ,0.0552 ",\ "0.096675 ,0.095375 ,0.09446 ,0.093085 ,0.092095 ,0.091465 ,0.09118 ",\ "0.1159 ,0.114395 ,0.113325 ,0.111705 ,0.110545 ,0.109805 ,0.109475 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.040755 ,0.04046 ,0.04022 ,0.03981 ,0.039455 ,0.03914 ,0.038875 ",\ "0.05149 ,0.051175 ,0.050925 ,0.050495 ,0.05013 ,0.04981 ,0.049545 ",\ "0.0663 ,0.065955 ,0.065685 ,0.065235 ,0.06485 ,0.064525 ,0.06426 ",\ "0.096935 ,0.096525 ,0.096215 ,0.095705 ,0.095285 ,0.094945 ,0.094685 ",\ "0.11274 ,0.1123 ,0.111965 ,0.11142 ,0.11098 ,0.11063 ,0.11037 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0.03877 ,0.038165 ,0.037675 ,0.03685 ,0.03616 ,0.03559 ,0.035145 ",\ "0.04943 ,0.048815 ,0.04831 ,0.047465 ,0.04676 ,0.046185 ,0.045735 ",\ "0.06421 ,0.06359 ,0.063075 ,0.062215 ,0.0615 ,0.06092 ,0.060465 ",\ "0.09482 ,0.09419 ,0.09369 ,0.092845 ,0.09214 ,0.09156 ,0.091095 ",\ "0.11062 ,0.109995 ,0.10951 ,0.1087 ,0.108015 ,0.10744 ,0.10697 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.006, 0.0235, 0.0469, 0.0938, 0.1406, 0.1874, 0.2342 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2342 ; } pin(QBAR) { direction : output ; function : "IQN" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.02689 ,0.03762 ,0.05144 ,0.07608 ,0.09882 ,0.12114 ,0.143235 ",\ "0.033255 ,0.045365 ,0.058655 ,0.08445 ,0.10852 ,0.12954 ,0.15029 ",\ "0.026195 ,0.04094 ,0.05429 ,0.077905 ,0.100865 ,0.122625 ,0.142175 ",\ "-0.01379 ,0.004295 ,0.018045 ,0.04041 ,0.061335 ,0.08223 ,0.10354 ",\ "-0.03666 ,-0.02008 ,-0.006845 ,0.01571 ,0.03797 ,0.061285 ,0.08608 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.014715 ,0.033425 ,0.05776 ,0.107705 ,0.15851 ,0.20934 ,0.26018 ",\ "0.019665 ,0.037905 ,0.061825 ,0.10858 ,0.15616 ,0.206185 ,0.25629 ",\ "0.0263 ,0.04384 ,0.06698 ,0.11323 ,0.15904 ,0.205705 ,0.254435 ",\ "0.037855 ,0.05428 ,0.07575 ,0.120165 ,0.16592 ,0.21252 ,0.259725 ",\ "0.04256 ,0.058615 ,0.07924 ,0.122395 ,0.16746 ,0.213855 ,0.261295 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.039305 ,0.04936 ,0.06177 ,0.079655 ,0.09303 ,0.10526 ,0.11685 ",\ "0.057105 ,0.06767 ,0.078325 ,0.099135 ,0.11615 ,0.12596 ,0.135165 ",\ "0.06386 ,0.07612 ,0.0855 ,0.10127 ,0.117645 ,0.131105 ,0.137845 ",\ "0.0496 ,0.06325 ,0.0713 ,0.082465 ,0.09306 ,0.10489 ,0.11855 ",\ "0.03984 ,0.05056 ,0.057735 ,0.06871 ,0.080315 ,0.094295 ,0.11128 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.015025 ,0.025705 ,0.03891 ,0.06448 ,0.08952 ,0.114145 ,0.13854 ",\ "0.01472 ,0.02568 ,0.03907 ,0.06379 ,0.08797 ,0.112895 ,0.137595 ",\ "0.01574 ,0.026775 ,0.040055 ,0.064615 ,0.087545 ,0.11059 ,0.13498 ",\ "0.01876 ,0.029775 ,0.042755 ,0.066905 ,0.08979 ,0.111835 ,0.1332 ",\ "0.02051 ,0.031475 ,0.04433 ,0.06836 ,0.091315 ,0.11364 ,0.135495 "); } } timing() { related_pin : "RN" ; timing_sense : negative_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.04518 ,0.055565 ,0.069005 ,0.09351 ,0.1165 ,0.139175 ,0.16167 ",\ "0.069835 ,0.080475 ,0.09284 ,0.1179 ,0.14213 ,0.16409 ,0.185995 ",\ "0.09094 ,0.102445 ,0.113945 ,0.13654 ,0.159995 ,0.183075 ,0.204585 ",\ "0.115975 ,0.12793 ,0.13844 ,0.158965 ,0.18039 ,0.202625 ,0.22552 ",\ "0.12627 ,0.13634 ,0.146325 ,0.16701 ,0.189345 ,0.21306 ,0.23796 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.01461 ,0.033105 ,0.05755 ,0.1075 ,0.158175 ,0.208955 ,0.25979 ",\ "0.01521 ,0.03355 ,0.058 ,0.10674 ,0.155915 ,0.20607 ,0.25629 ",\ "0.016035 ,0.03403 ,0.058225 ,0.10737 ,0.157245 ,0.207055 ,0.256135 ",\ "0.01801 ,0.035195 ,0.058505 ,0.10706 ,0.157865 ,0.210705 ,0.265475 ",\ "0.019165 ,0.035915 ,0.05861 ,0.106215 ,0.15642 ,0.20897 ,0.26375 "); } } timing() { related_pin : "S" ; timing_sense : negative_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.043745 ,0.052725 ,0.063595 ,0.080195 ,0.09348 ,0.10585 ,0.117705 ",\ "0.05611 ,0.06581 ,0.07564 ,0.09431 ,0.11005 ,0.120755 ,0.13096 ",\ "0.061245 ,0.0723 ,0.08134 ,0.096705 ,0.112165 ,0.125425 ,0.13386 ",\ "0.054575 ,0.066675 ,0.074975 ,0.087335 ,0.09888 ,0.11111 ,0.12455 ",\ "0.048735 ,0.059135 ,0.06712 ,0.07959 ,0.09178 ,0.10526 ,0.12061 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.01347 ,0.02342 ,0.035885 ,0.0608 ,0.085715 ,0.110415 ,0.13499 ",\ "0.01421 ,0.0243 ,0.036845 ,0.06029 ,0.083665 ,0.10828 ,0.13278 ",\ "0.015155 ,0.025265 ,0.037695 ,0.06118 ,0.083445 ,0.10601 ,0.130005 ",\ "0.017485 ,0.02749 ,0.03956 ,0.06281 ,0.085565 ,0.108035 ,0.130295 ",\ "0.018885 ,0.028785 ,0.04065 ,0.06369 ,0.08653 ,0.10938 ,0.1323 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.0249 ,0.0249 ,0.0249 ,0.0249 ,0.0249 ,0.0249 ,0.0249 ",\ "0.03757 ,0.03757 ,0.03757 ,0.03757 ,0.03757 ,0.03757 ,0.03757 ",\ "0.0552 ,0.0552 ,0.0552 ,0.0552 ,0.0552 ,0.0552 ,0.0552 ",\ "0.09118 ,0.09118 ,0.09118 ,0.09118 ,0.09118 ,0.09118 ,0.09118 ",\ "0.109475 ,0.109475 ,0.109475 ,0.109475 ,0.109475 ,0.109475 ,0.109475 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.034145 ,0.034145 ,0.034145 ,0.034145 ,0.034145 ,0.034145 ,0.034145 ",\ "0.045815 ,0.045815 ,0.045815 ,0.045815 ,0.045815 ,0.045815 ,0.045815 ",\ "0.062375 ,0.062375 ,0.062375 ,0.062375 ,0.062375 ,0.062375 ,0.062375 ",\ "0.09703 ,0.09703 ,0.09703 ,0.09703 ,0.09703 ,0.09703 ,0.09703 ",\ "0.115065 ,0.115065 ,0.115065 ,0.115065 ,0.115065 ,0.115065 ,0.115065 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.038875 ,0.038875 ,0.038875 ,0.038875 ,0.038875 ,0.038875 ,0.038875 ",\ "0.049545 ,0.049545 ,0.049545 ,0.049545 ,0.049545 ,0.049545 ,0.049545 ",\ "0.06426 ,0.06426 ,0.06426 ,0.06426 ,0.06426 ,0.06426 ,0.06426 ",\ "0.094685 ,0.094685 ,0.094685 ,0.094685 ,0.094685 ,0.094685 ,0.094685 ",\ "0.11037 ,0.11037 ,0.11037 ,0.11037 ,0.11037 ,0.11037 ,0.11037 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0266, 0.0531, 0.1061, 0.1591, 0.2121, 0.265 "); values ("0.035145 ,0.035145 ,0.035145 ,0.035145 ,0.035145 ,0.035145 ,0.035145 ",\ "0.045735 ,0.045735 ,0.045735 ,0.045735 ,0.045735 ,0.045735 ,0.045735 ",\ "0.060465 ,0.060465 ,0.060465 ,0.060465 ,0.060465 ,0.060465 ,0.060465 ",\ "0.091095 ,0.091095 ,0.091095 ,0.091095 ,0.091095 ,0.091095 ,0.091095 ",\ "0.10697 ,0.10697 ,0.10697 ,0.10697 ,0.10697 ,0.10697 ,0.10697 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2650 ; } pin(CLK) { direction : input ; clock : true ; capacitance : 0.004469 ; min_pulse_width_low : 1.062762 ; min_pulse_width_high : 1.062762 ; internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02120 ,0.03729 ,0.06029 ,0.10855 ,0.13372 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02540 ,0.04077 ,0.06257 ,0.10844 ,0.13244 "); } } max_transition : 2.7273 ; } pin(D) { direction : input ; capacitance : 0.001214 ; nextstate_type : data ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.13006 ,0.11136 ,0.11719 ,0.17371 ,0.19211 ",\ "0.14476 ,0.12476 ,0.13109 ,0.19161 ,0.21098 ",\ "0.13768 ,0.11822 ,0.12363 ,0.18363 ,0.20713 ",\ "0.07220 ,0.05680 ,0.06175 ,0.11950 ,0.15122 ",\ "0.03522 ,0.02075 ,0.02984 ,0.09589 ,0.12652 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.20545 ,0.26897 ,0.31696 ,0.37038 ,0.42020 ",\ "0.26688 ,0.35000 ,0.40864 ,0.44872 ,0.48444 ",\ "0.34150 ,0.41974 ,0.49737 ,0.59289 ,0.62767 ",\ "0.46495 ,0.51881 ,0.62935 ,0.86614 ,0.92996 ",\ "0.51337 ,0.59667 ,0.70957 ,0.91454 ,0.99216 "); } } timing() { related_pin : "CLK" ; timing_type : hold_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.04846 ,-0.03014 ,-0.02382 ,-0.04118 ,-0.04776 ",\ "-0.05837 ,-0.03996 ,-0.03707 ,-0.06351 ,-0.07038 ",\ "-0.04991 ,-0.03494 ,-0.03461 ,-0.06487 ,-0.07606 ",\ "0.00430 ,0.01020 ,0.00670 ,-0.02612 ,-0.04841 ",\ "0.03036 ,0.03597 ,0.02812 ,-0.01586 ,-0.03902 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.11313 ,-0.14686 ,-0.17898 ,-0.21199 ,-0.21971 ",\ "-0.16252 ,-0.20226 ,-0.24087 ,-0.28454 ,-0.29803 ",\ "-0.21787 ,-0.26409 ,-0.30903 ,-0.36466 ,-0.38763 ",\ "-0.30547 ,-0.36239 ,-0.41850 ,-0.49824 ,-0.54068 ",\ "-0.34460 ,-0.40736 ,-0.47175 ,-0.56780 ,-0.61728 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01059 ,0.01535 ,0.02196 ,0.03570 ,0.04281 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01313 ,0.01770 ,0.02407 ,0.03744 ,0.04442 "); } } max_transition : 2.7273 ; } pin(RN) { direction : input ; capacitance : 0.002059 ; min_pulse_width_low : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.08693 ,0.07515 ,0.09361 ,0.19139 ,0.24070 ",\ "0.10902 ,0.09459 ,0.10700 ,0.19179 ,0.23826 ",\ "0.10880 ,0.09046 ,0.09912 ,0.17596 ,0.21534 ",\ "0.05902 ,0.03365 ,0.03895 ,0.10793 ,0.13123 ",\ "0.03737 ,0.01002 ,0.01007 ,0.06628 ,0.08558 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01305 ,0.03111 ,0.05632 ,0.10914 ,0.13669 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02056 ,0.03825 ,0.06307 ,0.11580 ,0.14367 "); } } max_transition : 2.7273 ; } pin(S) { direction : input ; capacitance : 0.001986 ; min_pulse_width_high : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.07008 ,0.09419 ,0.17360 ,0.40316 ,0.50456 ",\ "0.12041 ,0.14301 ,0.22060 ,0.44547 ,0.54316 ",\ "0.16253 ,0.18310 ,0.25807 ,0.47740 ,0.57183 ",\ "0.20349 ,0.22113 ,0.29114 ,0.49985 ,0.59017 ",\ "0.22494 ,0.24233 ,0.31046 ,0.51305 ,0.60073 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00858 ,0.02634 ,0.05134 ,0.10446 ,0.13255 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.02488 ,0.04341 ,0.06918 ,0.12317 ,0.15136 "); } } max_transition : 2.7273 ; } pin(SE) { direction : input ; capacitance : 0.002115 ; nextstate_type : scan_enable ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.21080 ,0.26427 ,0.31806 ,0.38982 ,0.42067 ",\ "0.22048 ,0.27879 ,0.33911 ,0.42282 ,0.45841 ",\ "0.21204 ,0.27669 ,0.34569 ,0.44647 ,0.48987 ",\ "0.15727 ,0.23573 ,0.32138 ,0.45497 ,0.51751 ",\ "0.12979 ,0.21652 ,0.30975 ,0.45631 ,0.52935 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.22360 ,0.28299 ,0.34170 ,0.42142 ,0.45980 ",\ "0.30157 ,0.36768 ,0.43067 ,0.51493 ,0.55997 ",\ "0.38150 ,0.45189 ,0.52317 ,0.62515 ,0.67551 ",\ "0.49638 ,0.57128 ,0.66132 ,0.80930 ,0.86811 ",\ "0.55129 ,0.63278 ,0.72973 ,0.89032 ,0.95761 "); } } timing() { related_pin : "CLK" ; timing_type : hold_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.01352 ,0.01200 ,0.00448 ,-0.02207 ,-0.03720 ",\ "0.00407 ,0.00277 ,-0.00597 ,-0.03721 ,-0.05425 ",\ "0.01756 ,0.01507 ,0.00239 ,-0.03747 ,-0.05527 ",\ "0.08890 ,0.08182 ,0.05980 ,0.00285 ,-0.01595 ",\ "0.12270 ,0.11377 ,0.08981 ,0.02875 ,0.00671 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.02596 ,-0.02261 ,-0.02440 ,-0.03991 ,-0.04855 ",\ "-0.07234 ,-0.06817 ,-0.07053 ,-0.08956 ,-0.09937 ",\ "-0.11417 ,-0.11221 ,-0.11662 ,-0.13855 ,-0.15018 ",\ "-0.16703 ,-0.17235 ,-0.18205 ,-0.20788 ,-0.22271 ",\ "-0.19823 ,-0.20414 ,-0.21531 ,-0.24440 ,-0.25989 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00393 ,0.01419 ,0.02854 ,0.05861 ,0.07430 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01056 ,0.02105 ,0.03557 ,0.06588 ,0.08164 "); } } max_transition : 2.7273 ; } pin(SI) { direction : input ; capacitance : 0.001299 ; nextstate_type : scan_in ; timing() { related_pin : "CLK" ; timing_type : setup_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.13028 ,0.11313 ,0.12413 ,0.19544 ,0.22009 ",\ "0.14624 ,0.12924 ,0.14068 ,0.21294 ,0.23775 ",\ "0.14065 ,0.12638 ,0.13688 ,0.20447 ,0.23240 ",\ "0.08034 ,0.07123 ,0.07997 ,0.13879 ,0.17274 ",\ "0.04852 ,0.03710 ,0.04782 ,0.11373 ,0.14518 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.25078 ,0.32105 ,0.38266 ,0.47205 ,0.54047 ",\ "0.30961 ,0.39174 ,0.45978 ,0.53292 ,0.58026 ",\ "0.37720 ,0.46660 ,0.54288 ,0.62317 ,0.66716 ",\ "0.48852 ,0.57823 ,0.66432 ,0.78210 ,0.84610 ",\ "0.53930 ,0.63011 ,0.71489 ,0.82262 ,0.87898 "); } } timing() { related_pin : "CLK" ; timing_type : hold_rising ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.05118 ,-0.03781 ,-0.03727 ,-0.06571 ,-0.07884 ",\ "-0.06438 ,-0.05022 ,-0.05195 ,-0.08702 ,-0.09949 ",\ "-0.05912 ,-0.04559 ,-0.04953 ,-0.08978 ,-0.10313 ",\ "-0.01020 ,-0.00033 ,-0.00660 ,-0.05034 ,-0.06895 ",\ "0.01215 ,0.02081 ,0.01401 ,-0.03111 ,-0.05273 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.12098 ,-0.15131 ,-0.17345 ,-0.18400 ,-0.18785 ",\ "-0.16933 ,-0.20482 ,-0.23380 ,-0.25796 ,-0.26862 ",\ "-0.22082 ,-0.26311 ,-0.30118 ,-0.34356 ,-0.36333 ",\ "-0.29912 ,-0.35496 ,-0.41120 ,-0.49006 ,-0.52809 ",\ "-0.33655 ,-0.39923 ,-0.46457 ,-0.56161 ,-0.60874 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01013 ,0.01483 ,0.02136 ,0.03495 ,0.04199 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01369 ,0.01820 ,0.02450 ,0.03774 ,0.04467 "); } } max_transition : 2.7273 ; } test_cell() { pin(CLK) { direction : input ; } pin(D) { direction : input ; } pin(RN) { direction : input ; } pin(S) { direction : input ; } pin(SE) { direction : input ; signal_type : test_scan_enable; } pin(SI) { direction : input ; signal_type : test_scan_in; } pin(Q) { direction : output ; function : IQ; signal_type : test_scan_out; } pin(QBAR) { direction : output ; function : IQN; signal_type : test_scan_out_inverted; } ff("IQ", "IQN") { clocked_on : "CLK"; next_state : "D"; clear : "RN'"; preset : "S"; clear_preset_var1 : H; clear_preset_var2 : L; } } ff("IQ", "IQN") { clocked_on : "CLK"; next_state : "(SE SI) + (!SE D)"; clear : "RN'"; preset : "S"; clear_preset_var1 : H; clear_preset_var2 : L; } } cell(SLATSR_E) { area : 26 ; cell_footprint : SLATSR ; cell_leakage_power : 1.055925 ; scan_group : SLATSR_E ; pin(Q) { direction : output ; function : "IQ" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.027185 ,0.03776 ,0.05133 ,0.075735 ,0.09835 ,0.120555 ,0.14253 ",\ "0.035535 ,0.047485 ,0.060695 ,0.086035 ,0.109795 ,0.13096 ,0.15184 ",\ "0.031925 ,0.046375 ,0.05981 ,0.08335 ,0.105745 ,0.127185 ,0.147215 ",\ "-0.001175 ,0.016255 ,0.030405 ,0.05341 ,0.07436 ,0.09467 ,0.11482 ",\ "-0.02172 ,-0.00578 ,0.008095 ,0.031715 ,0.05429 ,0.077205 ,0.10094 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01516 ,0.033695 ,0.05766 ,0.10731 ,0.15817 ,0.20908 ,0.260025 ",\ "0.02102 ,0.039185 ,0.06288 ,0.10872 ,0.155655 ,0.20616 ,0.256775 ",\ "0.0286 ,0.046195 ,0.069315 ,0.115125 ,0.15982 ,0.205835 ,0.25563 ",\ "0.04142 ,0.058085 ,0.079925 ,0.12474 ,0.170195 ,0.215675 ,0.260895 ",\ "0.0465 ,0.062825 ,0.084015 ,0.127955 ,0.17301 ,0.21847 ,0.263995 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.033375 ,0.04276 ,0.054485 ,0.07132 ,0.083755 ,0.095145 ,0.105955 ",\ "0.047195 ,0.057135 ,0.06712 ,0.086895 ,0.1031 ,0.1118 ,0.119925 ",\ "0.049715 ,0.06122 ,0.06987 ,0.08446 ,0.099885 ,0.112485 ,0.11777 ",\ "0.03098 ,0.043445 ,0.0506 ,0.06033 ,0.06982 ,0.080885 ,0.094145 ",\ "0.019735 ,0.02928 ,0.03555 ,0.045085 ,0.055655 ,0.069065 ,0.085995 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01409 ,0.02407 ,0.03635 ,0.060175 ,0.083545 ,0.106525 ,0.12928 ",\ "0.014865 ,0.024945 ,0.03722 ,0.05982 ,0.08192 ,0.104795 ,0.127465 ",\ "0.01637 ,0.026395 ,0.03844 ,0.060805 ,0.081815 ,0.10285 ,0.12497 ",\ "0.01989 ,0.029645 ,0.041165 ,0.062915 ,0.08392 ,0.10452 ,0.124835 ",\ "0.021775 ,0.03134 ,0.042615 ,0.06408 ,0.085065 ,0.1059 ,0.1267 "); } } timing() { related_pin : "D" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.053545 ,0.06409 ,0.07741 ,0.101785 ,0.124695 ,0.147135 ,0.16931 ",\ "0.05967 ,0.070805 ,0.08379 ,0.1085 ,0.131985 ,0.153995 ,0.17574 ",\ "0.057615 ,0.069695 ,0.082515 ,0.105945 ,0.128405 ,0.150315 ,0.17169 ",\ "0.03585 ,0.048285 ,0.06063 ,0.082995 ,0.10449 ,0.125705 ,0.146835 ",\ "0.021045 ,0.03188 ,0.043505 ,0.065715 ,0.08806 ,0.11093 ,0.13445 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01441 ,0.032895 ,0.05706 ,0.10663 ,0.157075 ,0.20757 ,0.258095 ",\ "0.01459 ,0.033145 ,0.05756 ,0.10539 ,0.15371 ,0.20395 ,0.254225 ",\ "0.014705 ,0.033145 ,0.057555 ,0.106205 ,0.154575 ,0.20321 ,0.25266 ",\ "0.015 ,0.033055 ,0.057075 ,0.106015 ,0.15614 ,0.20739 ,0.25973 ",\ "0.015225 ,0.03303 ,0.056695 ,0.10517 ,0.155175 ,0.20665 ,0.259555 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.069475 ,0.079655 ,0.09119 ,0.108235 ,0.12134 ,0.13309 ,0.144075 ",\ "0.097645 ,0.10806 ,0.118495 ,0.13699 ,0.15226 ,0.162985 ,0.17304 ",\ "0.1282 ,0.13912 ,0.14855 ,0.16419 ,0.179165 ,0.192255 ,0.201455 ",\ "0.17618 ,0.18731 ,0.19609 ,0.209485 ,0.22129 ,0.23285 ,0.24464 ",\ "0.1953 ,0.20555 ,0.214775 ,0.22907 ,0.24155 ,0.253715 ,0.26616 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01546 ,0.025095 ,0.03705 ,0.060455 ,0.08356 ,0.10634 ,0.12894 ",\ "0.015935 ,0.025755 ,0.03779 ,0.060035 ,0.08187 ,0.104585 ,0.12712 ",\ "0.01627 ,0.026225 ,0.03825 ,0.06058 ,0.081495 ,0.102475 ,0.12469 ",\ "0.017 ,0.027105 ,0.039055 ,0.061435 ,0.082835 ,0.103655 ,0.12404 ",\ "0.01746 ,0.02759 ,0.03949 ,0.061865 ,0.083465 ,0.104685 ,0.12568 "); } } timing() { related_pin : "RN" ; timing_sense : positive_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.044305 ,0.05413 ,0.065805 ,0.08259 ,0.095045 ,0.10632 ,0.11694 ",\ "0.08153 ,0.092145 ,0.102355 ,0.12177 ,0.13795 ,0.147985 ,0.157465 ",\ "0.118695 ,0.131155 ,0.14045 ,0.15595 ,0.171575 ,0.185215 ,0.19398 ",\ "0.165625 ,0.180255 ,0.189775 ,0.203405 ,0.215275 ,0.226905 ,0.23879 ",\ "0.182125 ,0.195185 ,0.20555 ,0.22125 ,0.235135 ,0.248945 ,0.263315 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.016515 ,0.02591 ,0.037375 ,0.060035 ,0.08259 ,0.10483 ,0.126895 ",\ "0.023335 ,0.032175 ,0.04292 ,0.062875 ,0.082805 ,0.104185 ,0.12549 ",\ "0.031765 ,0.039785 ,0.04947 ,0.068315 ,0.08665 ,0.105365 ,0.12544 ",\ "0.04442 ,0.05071 ,0.05836 ,0.075015 ,0.093095 ,0.11217 ,0.132035 ",\ "0.04854 ,0.053905 ,0.060625 ,0.0763 ,0.094255 ,0.113905 ,0.13496 "); } } timing() { related_pin : "S" ; timing_sense : positive_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.034805 ,0.04476 ,0.05784 ,0.081845 ,0.104435 ,0.126795 ,0.14903 ",\ "0.058135 ,0.06903 ,0.08142 ,0.10609 ,0.12999 ,0.15197 ,0.17388 ",\ "0.07355 ,0.086645 ,0.098985 ,0.1217 ,0.143935 ,0.16606 ,0.188145 ",\ "0.07691 ,0.092695 ,0.105625 ,0.128195 ,0.149595 ,0.17033 ,0.19047 ",\ "0.07516 ,0.089085 ,0.10183 ,0.125545 ,0.14919 ,0.173095 ,0.19729 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.015485 ,0.03343 ,0.05696 ,0.105935 ,0.156135 ,0.2065 ,0.25696 ",\ "0.021475 ,0.038945 ,0.062155 ,0.10779 ,0.15485 ,0.20493 ,0.255195 ",\ "0.02872 ,0.04557 ,0.068235 ,0.113935 ,0.159185 ,0.20595 ,0.255745 ",\ "0.040145 ,0.05598 ,0.07742 ,0.12247 ,0.168935 ,0.215935 ,0.26309 ",\ "0.044525 ,0.059925 ,0.080685 ,0.125025 ,0.17143 ,0.21887 ,0.266865 "); } } timing() { related_pin : "SI" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.05375 ,0.064295 ,0.07763 ,0.10203 ,0.124955 ,0.147415 ,0.16961 ",\ "0.060325 ,0.07144 ,0.084425 ,0.10919 ,0.132735 ,0.154755 ,0.176515 ",\ "0.058615 ,0.07067 ,0.08346 ,0.106895 ,0.129425 ,0.1514 ,0.17279 ",\ "0.037405 ,0.04981 ,0.06211 ,0.08445 ,0.10596 ,0.12723 ,0.14843 ",\ "0.02291 ,0.0337 ,0.045285 ,0.067475 ,0.08986 ,0.1128 ,0.136415 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.0144 ,0.03287 ,0.057025 ,0.106565 ,0.15697 ,0.20743 ,0.25791 ",\ "0.014585 ,0.033125 ,0.05752 ,0.105345 ,0.15365 ,0.20385 ,0.25408 ",\ "0.014705 ,0.03313 ,0.057525 ,0.106155 ,0.15452 ,0.203135 ,0.25255 ",\ "0.015 ,0.033045 ,0.057055 ,0.10596 ,0.15604 ,0.207245 ,0.25953 ",\ "0.01522 ,0.03302 ,0.056675 ,0.10511 ,0.155065 ,0.20647 ,0.2593 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.06929 ,0.079475 ,0.091 ,0.108045 ,0.121155 ,0.1329 ,0.14388 ",\ "0.097105 ,0.10754 ,0.11798 ,0.136465 ,0.151715 ,0.16244 ,0.17249 ",\ "0.12734 ,0.13828 ,0.147735 ,0.16339 ,0.17835 ,0.191415 ,0.200605 ",\ "0.174775 ,0.185935 ,0.194745 ,0.208165 ,0.219975 ,0.231525 ,0.24331 ",\ "0.193605 ,0.2039 ,0.213155 ,0.22746 ,0.23993 ,0.252085 ,0.264515 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.01549 ,0.02511 ,0.037045 ,0.060395 ,0.083435 ,0.106155 ,0.128685 ",\ "0.01596 ,0.02576 ,0.037775 ,0.059975 ,0.08176 ,0.104415 ,0.126885 ",\ "0.01629 ,0.026225 ,0.038225 ,0.060485 ,0.081325 ,0.102225 ,0.124375 ",\ "0.01701 ,0.02709 ,0.03901 ,0.061315 ,0.08263 ,0.103355 ,0.12364 ",\ "0.017465 ,0.027565 ,0.03944 ,0.061765 ,0.083315 ,0.10449 ,0.125455 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.03447 ,0.0342 ,0.03397 ,0.03357 ,0.033225 ,0.03292 ,0.032665 ",\ "0.03937 ,0.039095 ,0.03886 ,0.03845 ,0.0381 ,0.0378 ,0.03755 ",\ "0.046185 ,0.045905 ,0.045665 ,0.045255 ,0.044905 ,0.044605 ,0.04436 ",\ "0.060355 ,0.060075 ,0.05984 ,0.05944 ,0.059095 ,0.058795 ,0.05854 ",\ "0.067695 ,0.067415 ,0.06719 ,0.066805 ,0.066465 ,0.066165 ,0.0659 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.04952 ,0.048645 ,0.047855 ,0.046555 ,0.04555 ,0.04483 ,0.04439 ",\ "0.05416 ,0.053295 ,0.052515 ,0.051235 ,0.050245 ,0.049525 ,0.04908 ",\ "0.060605 ,0.05976 ,0.059 ,0.05775 ,0.05678 ,0.05607 ,0.05562 ",\ "0.07402 ,0.073205 ,0.07248 ,0.07129 ,0.07035 ,0.06966 ,0.069205 ",\ "0.08098 ,0.08018 ,0.07947 ,0.0783 ,0.077375 ,0.07669 ,0.07624 "); } related_pin : "SI" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.03498 ,0.034705 ,0.034475 ,0.03408 ,0.03373 ,0.03343 ,0.033175 ",\ "0.03983 ,0.039555 ,0.03932 ,0.038915 ,0.038565 ,0.038265 ,0.038015 ",\ "0.04659 ,0.046315 ,0.046075 ,0.045665 ,0.045315 ,0.045015 ,0.04477 ",\ "0.060645 ,0.060365 ,0.06013 ,0.05973 ,0.059385 ,0.059085 ,0.058835 ",\ "0.067925 ,0.067645 ,0.06742 ,0.067035 ,0.066695 ,0.066395 ,0.066135 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.04894 ,0.04807 ,0.04728 ,0.045985 ,0.04498 ,0.044255 ,0.04381 ",\ "0.05354 ,0.052675 ,0.0519 ,0.05062 ,0.049625 ,0.048905 ,0.048455 ",\ "0.05992 ,0.059075 ,0.058315 ,0.05707 ,0.056095 ,0.05538 ,0.05493 ",\ "0.07321 ,0.072395 ,0.071665 ,0.07047 ,0.069525 ,0.06883 ,0.068375 ",\ "0.080105 ,0.0793 ,0.078585 ,0.077405 ,0.07648 ,0.07579 ,0.075335 "); } related_pin : "D" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.02734 ,0.02708 ,0.026875 ,0.02654 ,0.026265 ,0.02605 ,0.025895 ",\ "0.043925 ,0.043445 ,0.04307 ,0.04247 ,0.042025 ,0.041715 ,0.041545 ",\ "0.066535 ,0.06577 ,0.06517 ,0.06424 ,0.063565 ,0.063135 ,0.06294 ",\ "0.111875 ,0.11063 ,0.10964 ,0.108105 ,0.10702 ,0.10635 ,0.10609 ",\ "0.13455 ,0.133115 ,0.131955 ,0.13016 ,0.128885 ,0.1281 ,0.1278 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.03553 ,0.03481 ,0.03418 ,0.03314 ,0.03232 ,0.03171 ,0.0313 ",\ "0.047635 ,0.04686 ,0.046165 ,0.04503 ,0.04415 ,0.04351 ,0.04311 ",\ "0.06452 ,0.063685 ,0.06293 ,0.0617 ,0.060755 ,0.060085 ,0.059685 ",\ "0.099095 ,0.09826 ,0.097505 ,0.096255 ,0.095285 ,0.09457 ,0.09412 ",\ "0.116735 ,0.11596 ,0.115265 ,0.114095 ,0.11316 ,0.112435 ,0.11193 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.040205 ,0.03934 ,0.03854 ,0.03722 ,0.03618 ,0.035415 ,0.034915 ",\ "0.05234 ,0.051235 ,0.050255 ,0.048665 ,0.047445 ,0.046585 ,0.046075 ",\ "0.06886 ,0.067475 ,0.06627 ,0.064345 ,0.0629 ,0.06192 ,0.0614 ",\ "0.102085 ,0.100275 ,0.0987 ,0.096205 ,0.094375 ,0.093185 ,0.09263 ",\ "0.118755 ,0.116805 ,0.115085 ,0.112355 ,0.11036 ,0.10908 ,0.108505 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0.028505 ,0.028255 ,0.02804 ,0.02766 ,0.02733 ,0.027045 ,0.0268 ",\ "0.04358 ,0.04309 ,0.04268 ,0.042005 ,0.04148 ,0.0411 ,0.040855 ",\ "0.064755 ,0.06398 ,0.063325 ,0.062285 ,0.061515 ,0.061 ,0.06074 ",\ "0.108855 ,0.107665 ,0.106635 ,0.105005 ,0.103815 ,0.10304 ,0.10268 ",\ "0.13172 ,0.130395 ,0.129235 ,0.12739 ,0.126025 ,0.125125 ,0.124685 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0067, 0.0263, 0.0526, 0.1051, 0.1576, 0.2101, 0.2626 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2626 ; } pin(QBAR) { direction : output ; function : "IQN" ; capacitance : 0.000000 ; timing() { related_pin : "CLK" ; timing_sense : non_unate ; timing_type : rising_edge ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.042695 ,0.051105 ,0.06299 ,0.08678 ,0.110385 ,0.134145 ,0.157995 ",\ "0.054135 ,0.062435 ,0.07402 ,0.09806 ,0.12245 ,0.146325 ,0.170295 ",\ "0.05511 ,0.063995 ,0.07557 ,0.098805 ,0.12203 ,0.145395 ,0.16963 ",\ "0.03794 ,0.04741 ,0.058675 ,0.0813 ,0.1041 ,0.12682 ,0.149315 ",\ "0.02841 ,0.036275 ,0.04642 ,0.06842 ,0.091925 ,0.116315 ,0.141295 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.012245 ,0.030645 ,0.05636 ,0.10678 ,0.1559 ,0.20518 ,0.254555 ",\ "0.01207 ,0.03008 ,0.055255 ,0.108855 ,0.163025 ,0.211645 ,0.260365 ",\ "0.01209 ,0.02997 ,0.054945 ,0.107745 ,0.163925 ,0.22067 ,0.269545 ",\ "0.012165 ,0.02996 ,0.054755 ,0.10644 ,0.160405 ,0.216445 ,0.27448 ",\ "0.012195 ,0.02998 ,0.05472 ,0.105945 ,0.158955 ,0.21352 ,0.269565 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.03594 ,0.0426 ,0.05158 ,0.068705 ,0.085095 ,0.10139 ,0.11763 ",\ "0.04368 ,0.05057 ,0.05917 ,0.07632 ,0.09327 ,0.10925 ,0.125175 ",\ "0.04056 ,0.04827 ,0.056765 ,0.072765 ,0.08828 ,0.10367 ,0.11946 ",\ "0.010525 ,0.018605 ,0.02655 ,0.041515 ,0.05627 ,0.07091 ,0.08543 ",\ "-0.00899 ,-0.002815 ,0.003965 ,0.018335 ,0.033905 ,0.05042 ,0.067735 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.009465 ,0.020545 ,0.035545 ,0.06599 ,0.096745 ,0.12765 ,0.158635 ",\ "0.010315 ,0.021025 ,0.03569 ,0.065925 ,0.09651 ,0.12647 ,0.156525 ",\ "0.01153 ,0.02183 ,0.036125 ,0.066145 ,0.09769 ,0.129485 ,0.15853 ",\ "0.013595 ,0.023175 ,0.036595 ,0.065495 ,0.09671 ,0.129985 ,0.165215 ",\ "0.01436 ,0.023625 ,0.036535 ,0.064505 ,0.094905 ,0.127465 ,0.16207 "); } } timing() { related_pin : "D" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.079135 ,0.08769 ,0.099565 ,0.12323 ,0.1467 ,0.170275 ,0.19391 ",\ "0.10636 ,0.11433 ,0.125605 ,0.149445 ,0.173915 ,0.198 ,0.22226 ",\ "0.1359 ,0.143555 ,0.154385 ,0.177425 ,0.201315 ,0.22574 ,0.251075 ",\ "0.18369 ,0.1913 ,0.20199 ,0.22495 ,0.24854 ,0.27193 ,0.294735 ",\ "0.20389 ,0.21134 ,0.222235 ,0.24587 ,0.27018 ,0.294215 ,0.317555 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.01242 ,0.030845 ,0.05659 ,0.107045 ,0.156185 ,0.205485 ,0.25487 ",\ "0.01223 ,0.03028 ,0.055475 ,0.10909 ,0.163245 ,0.211875 ,0.260595 ",\ "0.012115 ,0.030075 ,0.055085 ,0.10787 ,0.16395 ,0.22057 ,0.269465 ",\ "0.01183 ,0.029775 ,0.054665 ,0.10639 ,0.16026 ,0.2161 ,0.273835 ",\ "0.011635 ,0.029605 ,0.054485 ,0.10583 ,0.15883 ,0.213295 ,0.26915 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.06236 ,0.069025 ,0.077955 ,0.095025 ,0.111395 ,0.127675 ,0.143895 ",\ "0.067955 ,0.074925 ,0.083645 ,0.10101 ,0.11814 ,0.13427 ,0.15034 ",\ "0.06542 ,0.07311 ,0.08185 ,0.098435 ,0.1146 ,0.130615 ,0.146755 ",\ "0.043495 ,0.05168 ,0.060255 ,0.076305 ,0.09185 ,0.10707 ,0.121985 ",\ "0.028945 ,0.03598 ,0.04391 ,0.05974 ,0.07592 ,0.092415 ,0.10917 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.00936 ,0.020465 ,0.035445 ,0.06576 ,0.09633 ,0.127015 ,0.157765 ",\ "0.00936 ,0.02033 ,0.03522 ,0.06563 ,0.09629 ,0.126485 ,0.15675 ",\ "0.009355 ,0.020215 ,0.035055 ,0.065705 ,0.097435 ,0.129335 ,0.15918 ",\ "0.00935 ,0.019985 ,0.034585 ,0.065115 ,0.097185 ,0.13067 ,0.165515 ",\ "0.00936 ,0.019865 ,0.034265 ,0.06439 ,0.09607 ,0.129175 ,0.163635 "); } } timing() { related_pin : "RN" ; timing_sense : negative_unate ; timing_type : preset ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.053665 ,0.06208 ,0.07402 ,0.097795 ,0.12126 ,0.144875 ,0.16858 ",\ "0.089275 ,0.09681 ,0.107765 ,0.13143 ,0.15603 ,0.180325 ,0.204885 ",\ "0.125285 ,0.132605 ,0.14284 ,0.165 ,0.18811 ,0.212 ,0.237975 ",\ "0.173315 ,0.18053 ,0.190145 ,0.21169 ,0.23433 ,0.256765 ,0.2784 ",\ "0.191785 ,0.19766 ,0.206825 ,0.228805 ,0.252725 ,0.27691 ,0.300615 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.01234 ,0.03065 ,0.056305 ,0.10664 ,0.15576 ,0.20507 ,0.25448 ",\ "0.01298 ,0.03064 ,0.0555 ,0.10875 ,0.16253 ,0.210655 ,0.2589 ",\ "0.013995 ,0.031175 ,0.055465 ,0.10738 ,0.1632 ,0.21947 ,0.267095 ",\ "0.01538 ,0.03187 ,0.055245 ,0.104965 ,0.157955 ,0.21391 ,0.27272 ",\ "0.01565 ,0.0319 ,0.05487 ,0.10359 ,0.155295 ,0.20966 ,0.26656 "); } } timing() { related_pin : "S" ; timing_sense : negative_unate ; timing_type : clear ; cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.043165 ,0.049715 ,0.058845 ,0.076105 ,0.092395 ,0.108655 ,0.1249 ",\ "0.066055 ,0.072495 ,0.080765 ,0.098205 ,0.115875 ,0.132045 ,0.14829 ",\ "0.081955 ,0.0891 ,0.09689 ,0.112435 ,0.12826 ,0.14435 ,0.161005 ",\ "0.08778 ,0.09528 ,0.10238 ,0.116695 ,0.131385 ,0.14602 ,0.160335 ",\ "0.08668 ,0.0919 ,0.098005 ,0.112255 ,0.128285 ,0.14526 ,0.16277 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.0091 ,0.02025 ,0.03529 ,0.065695 ,0.09632 ,0.12705 ,0.15785 ",\ "0.00997 ,0.020805 ,0.035565 ,0.065795 ,0.096305 ,0.12629 ,0.156345 ",\ "0.011085 ,0.021585 ,0.036025 ,0.06605 ,0.0973 ,0.12877 ,0.158035 ",\ "0.012855 ,0.02274 ,0.036455 ,0.06556 ,0.09653 ,0.129155 ,0.163345 ",\ "0.013485 ,0.0231 ,0.036385 ,0.064745 ,0.09509 ,0.127195 ,0.16095 "); } } timing() { related_pin : "SI" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.07895 ,0.08751 ,0.09938 ,0.12305 ,0.14652 ,0.170095 ,0.193735 ",\ "0.105825 ,0.11381 ,0.1251 ,0.14894 ,0.17341 ,0.19749 ,0.22175 ",\ "0.135045 ,0.14272 ,0.153575 ,0.17664 ,0.20053 ,0.22495 ,0.25028 ",\ "0.182265 ,0.189905 ,0.200625 ,0.223615 ,0.247215 ,0.270605 ,0.293415 ",\ "0.202175 ,0.209665 ,0.22058 ,0.24423 ,0.26854 ,0.29257 ,0.315905 "); } rise_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.012415 ,0.03083 ,0.05657 ,0.10699 ,0.156085 ,0.205335 ,0.25467 ",\ "0.012225 ,0.03026 ,0.05544 ,0.109025 ,0.163155 ,0.21173 ,0.2604 ",\ "0.012115 ,0.03006 ,0.05505 ,0.107795 ,0.16383 ,0.22041 ,0.26926 ",\ "0.011825 ,0.02976 ,0.05464 ,0.106325 ,0.160145 ,0.21593 ,0.2736 ",\ "0.011625 ,0.029595 ,0.05446 ,0.105785 ,0.158755 ,0.213185 ,0.269 "); } cell_fall(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.06256 ,0.069215 ,0.07815 ,0.095225 ,0.111605 ,0.127895 ,0.144135 ",\ "0.0686 ,0.07554 ,0.084245 ,0.101635 ,0.118805 ,0.134935 ,0.151005 ",\ "0.06641 ,0.07407 ,0.082775 ,0.099345 ,0.115545 ,0.13162 ,0.14774 ",\ "0.04507 ,0.05323 ,0.061765 ,0.07776 ,0.0933 ,0.108535 ,0.123495 ",\ "0.03083 ,0.03783 ,0.04573 ,0.061515 ,0.077675 ,0.094175 ,0.11095 "); } fall_transition(DELAY_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.009355 ,0.02046 ,0.035435 ,0.06575 ,0.09633 ,0.127025 ,0.15779 ",\ "0.009345 ,0.02032 ,0.03521 ,0.06561 ,0.096255 ,0.12648 ,0.15677 ",\ "0.00933 ,0.020205 ,0.035055 ,0.06572 ,0.097435 ,0.1293 ,0.1592 ",\ "0.00931 ,0.019965 ,0.034595 ,0.065155 ,0.097205 ,0.130625 ,0.165355 ",\ "0.009315 ,0.01985 ,0.034275 ,0.064425 ,0.09606 ,0.129045 ,0.163325 "); } } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.04439 ,0.04439 ,0.04439 ,0.04439 ,0.04439 ,0.04439 ,0.04439 ",\ "0.04908 ,0.04908 ,0.04908 ,0.04908 ,0.04908 ,0.04908 ,0.04908 ",\ "0.05562 ,0.05562 ,0.05562 ,0.05562 ,0.05562 ,0.05562 ,0.05562 ",\ "0.069205 ,0.069205 ,0.069205 ,0.069205 ,0.069205 ,0.069205 ,0.069205 ",\ "0.07624 ,0.07624 ,0.07624 ,0.07624 ,0.07624 ,0.07624 ,0.07624 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.032665 ,0.032665 ,0.032665 ,0.032665 ,0.032665 ,0.032665 ,0.032665 ",\ "0.03755 ,0.03755 ,0.03755 ,0.03755 ,0.03755 ,0.03755 ,0.03755 ",\ "0.04436 ,0.04436 ,0.04436 ,0.04436 ,0.04436 ,0.04436 ,0.04436 ",\ "0.05854 ,0.05854 ,0.05854 ,0.05854 ,0.05854 ,0.05854 ,0.05854 ",\ "0.0659 ,0.0659 ,0.0659 ,0.0659 ,0.0659 ,0.0659 ,0.0659 "); } related_pin : "SI" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.04381 ,0.04381 ,0.04381 ,0.04381 ,0.04381 ,0.04381 ,0.04381 ",\ "0.048455 ,0.048455 ,0.048455 ,0.048455 ,0.048455 ,0.048455 ,0.048455 ",\ "0.05493 ,0.05493 ,0.05493 ,0.05493 ,0.05493 ,0.05493 ,0.05493 ",\ "0.068375 ,0.068375 ,0.068375 ,0.068375 ,0.068375 ,0.068375 ,0.068375 ",\ "0.075335 ,0.075335 ,0.075335 ,0.075335 ,0.075335 ,0.075335 ,0.075335 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.033175 ,0.033175 ,0.033175 ,0.033175 ,0.033175 ,0.033175 ,0.033175 ",\ "0.038015 ,0.038015 ,0.038015 ,0.038015 ,0.038015 ,0.038015 ,0.038015 ",\ "0.04477 ,0.04477 ,0.04477 ,0.04477 ,0.04477 ,0.04477 ,0.04477 ",\ "0.058835 ,0.058835 ,0.058835 ,0.058835 ,0.058835 ,0.058835 ,0.058835 ",\ "0.066135 ,0.066135 ,0.066135 ,0.066135 ,0.066135 ,0.066135 ,0.066135 "); } related_pin : "D" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.0313 ,0.0313 ,0.0313 ,0.0313 ,0.0313 ,0.0313 ,0.0313 ",\ "0.04311 ,0.04311 ,0.04311 ,0.04311 ,0.04311 ,0.04311 ,0.04311 ",\ "0.059685 ,0.059685 ,0.059685 ,0.059685 ,0.059685 ,0.059685 ,0.059685 ",\ "0.09412 ,0.09412 ,0.09412 ,0.09412 ,0.09412 ,0.09412 ,0.09412 ",\ "0.11193 ,0.11193 ,0.11193 ,0.11193 ,0.11193 ,0.11193 ,0.11193 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.025895 ,0.025895 ,0.025895 ,0.025895 ,0.025895 ,0.025895 ,0.025895 ",\ "0.041545 ,0.041545 ,0.041545 ,0.041545 ,0.041545 ,0.041545 ,0.041545 ",\ "0.06294 ,0.06294 ,0.06294 ,0.06294 ,0.06294 ,0.06294 ,0.06294 ",\ "0.10609 ,0.10609 ,0.10609 ,0.10609 ,0.10609 ,0.10609 ,0.10609 ",\ "0.1278 ,0.1278 ,0.1278 ,0.1278 ,0.1278 ,0.1278 ,0.1278 "); } related_pin : "CLK" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.034915 ,0.034915 ,0.034915 ,0.034915 ,0.034915 ,0.034915 ,0.034915 ",\ "0.046075 ,0.046075 ,0.046075 ,0.046075 ,0.046075 ,0.046075 ,0.046075 ",\ "0.0614 ,0.0614 ,0.0614 ,0.0614 ,0.0614 ,0.0614 ,0.0614 ",\ "0.09263 ,0.09263 ,0.09263 ,0.09263 ,0.09263 ,0.09263 ,0.09263 ",\ "0.108505 ,0.108505 ,0.108505 ,0.108505 ,0.108505 ,0.108505 ,0.108505 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } related_pin : "RN" ; } internal_power() { rise_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 ",\ "0 ,0 ,0 ,0 ,0 ,0 ,0 "); } fall_power(POWER_DEF_E_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0061, 0.0242, 0.0484, 0.0967, 0.145, 0.1932, 0.2415 "); values ("0.0268 ,0.0268 ,0.0268 ,0.0268 ,0.0268 ,0.0268 ,0.0268 ",\ "0.040855 ,0.040855 ,0.040855 ,0.040855 ,0.040855 ,0.040855 ,0.040855 ",\ "0.06074 ,0.06074 ,0.06074 ,0.06074 ,0.06074 ,0.06074 ,0.06074 ",\ "0.10268 ,0.10268 ,0.10268 ,0.10268 ,0.10268 ,0.10268 ,0.10268 ",\ "0.124685 ,0.124685 ,0.124685 ,0.124685 ,0.124685 ,0.124685 ,0.124685 "); } related_pin : "S" ; } min_capacitance : 0.0001 ; max_capacitance : 0.2415 ; } pin(CLK) { direction : input ; clock : true ; capacitance : 0.003838 ; min_pulse_width_high : 1.062762 ; internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01226 ,0.02799 ,0.04974 ,0.09436 ,0.11718 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01690 ,0.03053 ,0.04957 ,0.08926 ,0.10988 "); } } max_transition : 2.7273 ; } pin(D) { direction : input ; capacitance : 0.001424 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.18248 ,0.19154 ,0.19418 ,0.19071 ,0.19719 ",\ "0.19653 ,0.20508 ,0.21161 ,0.21869 ,0.22498 ",\ "0.18836 ,0.19844 ,0.20882 ,0.22474 ,0.23329 ",\ "0.12329 ,0.13958 ,0.15581 ,0.18203 ,0.19867 ",\ "0.08960 ,0.10825 ,0.12792 ,0.16113 ,0.18091 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.19618 ,0.20203 ,0.21757 ,0.26369 ,0.28814 ",\ "0.26417 ,0.26897 ,0.27837 ,0.30814 ,0.32888 ",\ "0.33425 ,0.33291 ,0.33680 ,0.35673 ,0.36882 ",\ "0.43670 ,0.41901 ,0.41306 ,0.42195 ,0.41567 ",\ "0.48658 ,0.46518 ,0.45057 ,0.44110 ,0.43131 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.08486 ,-0.09240 ,-0.08144 ,-0.02214 ,0.00773 ",\ "-0.09585 ,-0.10297 ,-0.09146 ,-0.03109 ,-0.00074 ",\ "-0.08947 ,-0.09604 ,-0.08387 ,-0.02142 ,0.01089 ",\ "-0.03914 ,-0.04461 ,-0.03114 ,0.03573 ,0.07246 ",\ "-0.01359 ,-0.01852 ,-0.00429 ,0.06384 ,0.10088 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.09722 ,-0.09576 ,-0.09893 ,-0.11207 ,-0.11632 ",\ "-0.14566 ,-0.14379 ,-0.14487 ,-0.15157 ,-0.15312 ",\ "-0.19987 ,-0.19591 ,-0.19189 ,-0.18692 ,-0.18532 ",\ "-0.28364 ,-0.27319 ,-0.25828 ,-0.23168 ,-0.22353 ",\ "-0.31904 ,-0.30579 ,-0.28892 ,-0.25894 ,-0.24640 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01246 ,0.01730 ,0.02406 ,0.03810 ,0.04538 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01847 ,0.02301 ,0.02934 ,0.04259 ,0.04952 "); } } max_transition : 2.7273 ; } pin(RN) { direction : input ; capacitance : 0.003299 ; min_pulse_width_low : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.14542 ,0.16252 ,0.15594 ,0.09038 ,0.05718 ",\ "0.18142 ,0.20112 ,0.19756 ,0.14005 ,0.11376 ",\ "0.18982 ,0.21446 ,0.22198 ,0.19044 ,0.17283 ",\ "0.13843 ,0.17893 ,0.21546 ,0.24443 ,0.24533 ",\ "0.11469 ,0.16662 ,0.21181 ,0.25204 ,0.26430 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.05145 ,-0.05737 ,-0.04519 ,0.01503 ,0.04550 ",\ "-0.07414 ,-0.08267 ,-0.07558 ,-0.02798 ,-0.00339 ",\ "-0.07744 ,-0.09408 ,-0.09722 ,-0.06750 ,-0.05027 ",\ "-0.03449 ,-0.07310 ,-0.10107 ,-0.11004 ,-0.10894 ",\ "-0.01116 ,-0.05819 ,-0.09681 ,-0.12619 ,-0.13547 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00015 ,0.00016 ,0.00021 ,0.00017 ,0.00008 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00453 ,0.00448 ,0.00449 ,0.00454 ,0.00456 "); } } max_transition : 2.7273 ; } pin(S) { direction : input ; capacitance : 0.005155 ; min_pulse_width_high : 1.062762 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.13912 ,0.13436 ,0.13718 ,0.15591 ,0.16202 ",\ "0.20828 ,0.19697 ,0.19339 ,0.20365 ,0.20578 ",\ "0.27135 ,0.25785 ,0.24797 ,0.24368 ,0.24266 ",\ "0.34658 ,0.33659 ,0.31919 ,0.28750 ,0.28235 ",\ "0.38490 ,0.37287 ,0.35283 ,0.31519 ,0.30621 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.05560 ,-0.05365 ,-0.05399 ,-0.05950 ,-0.06190 ",\ "-0.10604 ,-0.09970 ,-0.09564 ,-0.09531 ,-0.09521 ",\ "-0.15280 ,-0.14180 ,-0.13392 ,-0.12873 ,-0.12468 ",\ "-0.20829 ,-0.19332 ,-0.18118 ,-0.16743 ,-0.15718 ",\ "-0.23421 ,-0.22061 ,-0.20605 ,-0.18387 ,-0.17347 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00000 ,0.00000 ,0.00000 ,0.00000 ,0.00000 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00921 ,0.00907 ,0.00909 ,0.00923 ,0.00935 "); } } max_transition : 2.7273 ; } pin(SE) { direction : input ; capacitance : 0.002744 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.22389 ,0.23229 ,0.23515 ,0.23495 ,0.24395 ",\ "0.23584 ,0.24416 ,0.24668 ,0.24694 ,0.25778 ",\ "0.22961 ,0.23770 ,0.24240 ,0.24630 ,0.25367 ",\ "0.18032 ,0.18795 ,0.19707 ,0.20552 ,0.20157 ",\ "0.15810 ,0.16576 ,0.17233 ,0.17470 ,0.17144 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.22398 ,0.21193 ,0.19210 ,0.13883 ,0.10502 ",\ "0.30052 ,0.28420 ,0.26280 ,0.21707 ,0.19055 ",\ "0.38187 ,0.36830 ,0.34807 ,0.30316 ,0.27997 ",\ "0.50226 ,0.50707 ,0.49860 ,0.45658 ,0.43686 ",\ "0.55656 ,0.56850 ,0.56962 ,0.54721 ,0.53757 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.03288 ,-0.02791 ,0.00163 ,0.09494 ,0.13506 ",\ "-0.03955 ,-0.03220 ,-0.00263 ,0.08631 ,0.12545 ",\ "-0.02896 ,-0.02128 ,0.00724 ,0.09117 ,0.12748 ",\ "0.02903 ,0.02971 ,0.05317 ,0.13098 ,0.16062 ",\ "0.06042 ,0.05490 ,0.07471 ,0.15206 ,0.18007 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.05483 ,-0.05782 ,-0.05926 ,-0.05668 ,-0.05446 ",\ "-0.10098 ,-0.11032 ,-0.11123 ,-0.09484 ,-0.08890 ",\ "-0.14365 ,-0.16060 ,-0.16021 ,-0.12598 ,-0.11638 ",\ "-0.19275 ,-0.21462 ,-0.20979 ,-0.15142 ,-0.13409 ",\ "-0.21431 ,-0.22956 ,-0.22179 ,-0.16218 ,-0.13822 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.00387 ,0.01335 ,0.02662 ,0.05447 ,0.06901 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01053 ,0.02022 ,0.03368 ,0.06180 ,0.07645 "); } } max_transition : 2.7273 ; } pin(SI) { direction : input ; capacitance : 0.001292 ; timing() { related_pin : "CLK" ; timing_type : setup_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.18616 ,0.20953 ,0.23685 ,0.28760 ,0.31596 ",\ "0.20186 ,0.22446 ,0.25082 ,0.29853 ,0.32408 ",\ "0.19437 ,0.21578 ,0.24071 ,0.28529 ,0.30872 ",\ "0.12909 ,0.14915 ,0.17149 ,0.21043 ,0.23202 ",\ "0.09643 ,0.11718 ,0.13880 ,0.17388 ,0.19407 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("0.19228 ,0.18816 ,0.19412 ,0.22375 ,0.23593 ",\ "0.25853 ,0.25205 ,0.25500 ,0.27866 ,0.28767 ",\ "0.32998 ,0.32060 ,0.31724 ,0.32732 ,0.33302 ",\ "0.43706 ,0.42079 ,0.40462 ,0.38816 ,0.38627 ",\ "0.48442 ,0.46316 ,0.44460 ,0.42580 ,0.41745 "); } } timing() { related_pin : "CLK" ; timing_type : hold_falling ; rise_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.08501 ,-0.09236 ,-0.08116 ,-0.02121 ,0.00919 ",\ "-0.09668 ,-0.10365 ,-0.09194 ,-0.03096 ,-0.00005 ",\ "-0.09126 ,-0.09771 ,-0.08532 ,-0.02298 ,0.00862 ",\ "-0.04285 ,-0.04827 ,-0.03452 ,0.03056 ,0.06353 ",\ "-0.01822 ,-0.02313 ,-0.00869 ,0.05776 ,0.09143 "); } fall_constraint(CONSTRAINT_DEF_E) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.1365, 0.5455, 1.0910, 2.1818, 2.7273 "); values ("-0.09798 ,-0.09726 ,-0.10103 ,-0.11523 ,-0.12056 ",\ "-0.14591 ,-0.14479 ,-0.14637 ,-0.15392 ,-0.15658 ",\ "-0.19597 ,-0.19269 ,-0.19076 ,-0.19040 ,-0.18940 ",\ "-0.27173 ,-0.26185 ,-0.25205 ,-0.23694 ,-0.22781 ",\ "-0.30976 ,-0.29714 ,-0.28369 ,-0.26054 ,-0.24666 "); } } internal_power() { rise_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01196 ,0.01684 ,0.02364 ,0.03781 ,0.04516 "); } fall_power(INPUT_PIN_POWER_DEF_E_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); values ("0.01905 ,0.02362 ,0.02998 ,0.04335 ,0.05034 "); } } max_transition : 2.7273 ; } latch("IQ", "IQN") { enable : "CLK"; data_in : "D SE' + (SI SE)"; clear : "RN'"; preset : "S"; clear_preset_var1 : H; clear_preset_var2 : L; } } cell(XNOR2_B) { area : 7 ; cell_footprint : XNOR2 ; cell_leakage_power : 0.324479 ; pin(Z) { direction : output ; function : "(A^B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.01558 ,0.02287 ,0.03247 ,0.0517 ,0.070925 ,0.090035 ,0.109155 ",\ "0.007585 ,0.015595 ,0.025325 ,0.04429 ,0.06308 ,0.08184 ,0.10061 ",\ "-0.011765 ,-0.002215 ,0.00795 ,0.026925 ,0.04543 ,0.063845 ,0.082295 ",\ "-0.059575 ,-0.046995 ,-0.036115 ,-0.01701 ,0.001655 ,0.020715 ,0.04045 ",\ "-0.08069 ,-0.0677 ,-0.057075 ,-0.03844 ,-0.019715 ,5.5e-05 ,0.02117 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.01528 ,0.03004 ,0.05 ,0.09053 ,0.13107 ,0.17063 ,0.210215 ",\ "0.01863 ,0.032625 ,0.051915 ,0.091175 ,0.13106 ,0.171505 ,0.21248 ",\ "0.023475 ,0.036775 ,0.05561 ,0.094095 ,0.133115 ,0.172525 ,0.21227 ",\ "0.03347 ,0.04549 ,0.06364 ,0.10117 ,0.139235 ,0.177535 ,0.21597 ",\ "0.038515 ,0.04991 ,0.067775 ,0.10501 ,0.142875 ,0.181 ,0.21924 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.02702 ,0.03194 ,0.038515 ,0.05199 ,0.06557 ,0.07879 ,0.092085 ",\ "0.054485 ,0.060045 ,0.0668 ,0.080145 ,0.093535 ,0.10697 ,0.1204 ",\ "0.08309 ,0.09025 ,0.09773 ,0.111725 ,0.12531 ,0.13856 ,0.15143 ",\ "0.131175 ,0.14154 ,0.15053 ,0.16641 ,0.181585 ,0.1963 ,0.210495 ",\ "0.157245 ,0.1681 ,0.177335 ,0.19386 ,0.21006 ,0.226145 ,0.241985 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.01298 ,0.02186 ,0.03399 ,0.058885 ,0.084545 ,0.108915 ,0.132975 ",\ "0.01827 ,0.026575 ,0.03822 ,0.06207 ,0.08642 ,0.111175 ,0.13631 ",\ "0.024915 ,0.03296 ,0.04456 ,0.06826 ,0.092155 ,0.11609 ,0.14001 ",\ "0.03737 ,0.045325 ,0.057225 ,0.081435 ,0.10542 ,0.128935 ,0.15188 ",\ "0.0433 ,0.051365 ,0.063525 ,0.088235 ,0.1126 ,0.136355 ,0.159375 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.025235 ,0.031505 ,0.03896 ,0.054165 ,0.0692 ,0.082755 ,0.09635 ",\ "0.05448 ,0.065295 ,0.07493 ,0.092405 ,0.1099 ,0.127915 ,0.14655 ",\ "0.081805 ,0.099025 ,0.11199 ,0.1334 ,0.15365 ,0.17378 ,0.19399 ",\ "0.12547 ,0.15083 ,0.16874 ,0.19707 ,0.22305 ,0.248245 ,0.27293 ",\ "0.15412 ,0.178525 ,0.19688 ,0.22713 ,0.25548 ,0.2832 ,0.31044 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.032205 ,0.047715 ,0.068725 ,0.110265 ,0.15214 ,0.195875 ,0.239715 ",\ "0.0611 ,0.075535 ,0.0967 ,0.139425 ,0.181495 ,0.222565 ,0.26249 ",\ "0.096945 ,0.11033 ,0.13211 ,0.177035 ,0.22151 ,0.264855 ,0.306805 ",\ "0.167145 ,0.177815 ,0.20044 ,0.248825 ,0.29664 ,0.34247 ,0.38577 ",\ "0.20397 ,0.212455 ,0.235045 ,0.284375 ,0.332895 ,0.378735 ,0.42119 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.010465 ,0.015415 ,0.021215 ,0.03249 ,0.043635 ,0.0546 ,0.06555 ",\ "0.00455 ,0.013665 ,0.021945 ,0.036355 ,0.0498 ,0.06275 ,0.075345 ",\ "-0.01679 ,-0.001565 ,0.01037 ,0.02952 ,0.04649 ,0.0623 ,0.077265 ",\ "-0.07335 ,-0.049225 ,-0.031515 ,-0.00412 ,0.01971 ,0.04173 ,0.062455 ",\ "-0.094275 ,-0.06997 ,-0.05135 ,-0.021655 ,0.00479 ,0.02963 ,0.053335 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.020285 ,0.02738 ,0.037445 ,0.057415 ,0.07784 ,0.099585 ,0.121425 ",\ "0.05383 ,0.058895 ,0.06826 ,0.0878 ,0.106935 ,0.12522 ,0.142485 ",\ "0.096235 ,0.09984 ,0.109215 ,0.12969 ,0.149865 ,0.168965 ,0.186695 ",\ "0.1748 ,0.17797 ,0.18834 ,0.211325 ,0.233655 ,0.254145 ,0.272285 ",\ "0.21252 ,0.216575 ,0.227745 ,0.251975 ,0.27511 ,0.295885 ,0.313705 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.016745 ,0.023865 ,0.03336 ,0.052225 ,0.07117 ,0.090485 ,0.109835 ",\ "0.0127 ,0.020265 ,0.029885 ,0.048735 ,0.067275 ,0.08556 ,0.10362 ",\ "-0.00373 ,0.0053 ,0.0154 ,0.034475 ,0.05305 ,0.07139 ,0.08959 ",\ "-0.04963 ,-0.0369 ,-0.02584 ,-0.006345 ,0.01271 ,0.032095 ,0.05205 ",\ "-0.069745 ,-0.05607 ,-0.04518 ,-0.026235 ,-0.00722 ,0.0128 ,0.034095 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.01609 ,0.03052 ,0.050255 ,0.09087 ,0.13154 ,0.170265 ,0.209015 ",\ "0.021735 ,0.035085 ,0.053815 ,0.092375 ,0.132015 ,0.172635 ,0.21419 ",\ "0.028915 ,0.041455 ,0.05964 ,0.09712 ,0.13536 ,0.17416 ,0.21345 ",\ "0.041975 ,0.053365 ,0.07097 ,0.107555 ,0.144685 ,0.182005 ,0.21938 ",\ "0.04805 ,0.058995 ,0.07646 ,0.11301 ,0.15023 ,0.18768 ,0.225205 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.028545 ,0.0323 ,0.03734 ,0.04752 ,0.057865 ,0.068395 ,0.07902 ",\ "0.06092 ,0.06569 ,0.071445 ,0.082725 ,0.0939 ,0.10495 ,0.11582 ",\ "0.090565 ,0.09775 ,0.104935 ,0.118185 ,0.130935 ,0.14329 ,0.15519 ",\ "0.13502 ,0.14669 ,0.156115 ,0.172265 ,0.18746 ,0.202015 ,0.215825 ",\ "0.163005 ,0.174755 ,0.18398 ,0.199945 ,0.21528 ,0.23018 ,0.24442 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.017365 ,0.025185 ,0.035765 ,0.05697 ,0.07872 ,0.10054 ,0.122415 ",\ "0.024705 ,0.032385 ,0.04334 ,0.06545 ,0.0874 ,0.10976 ,0.133215 ",\ "0.03446 ,0.04217 ,0.05373 ,0.07729 ,0.100675 ,0.12364 ,0.1461 ",\ "0.05154 ,0.059585 ,0.07234 ,0.09828 ,0.12355 ,0.147735 ,0.17066 ",\ "0.059505 ,0.06773 ,0.080985 ,0.107765 ,0.133415 ,0.15745 ,0.179655 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.01986 ,0.02637 ,0.03401 ,0.0491 ,0.064 ,0.078385 ,0.092795 ",\ "0.042395 ,0.054035 ,0.064455 ,0.08296 ,0.10085 ,0.118675 ,0.136565 ",\ "0.05768 ,0.0769 ,0.0915 ,0.11527 ,0.13718 ,0.15843 ,0.17929 ",\ "0.073345 ,0.10395 ,0.125165 ,0.15788 ,0.18715 ,0.215025 ,0.241965 ",\ "0.08992 ,0.12123 ,0.14347 ,0.178495 ,0.21028 ,0.240775 ,0.270345 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.02756 ,0.04458 ,0.066495 ,0.107435 ,0.148775 ,0.19605 ,0.243395 ",\ "0.057265 ,0.076875 ,0.102095 ,0.14896 ,0.190905 ,0.22782 ,0.259645 ",\ "0.08924 ,0.11298 ,0.143285 ,0.1992 ,0.248675 ,0.291515 ,0.327605 ",\ "0.140605 ,0.171425 ,0.211425 ,0.284655 ,0.34798 ,0.40094 ,0.44325 ",\ "0.164655 ,0.19732 ,0.24141 ,0.322365 ,0.391665 ,0.448525 ,0.49253 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.01467 ,0.02109 ,0.02856 ,0.04272 ,0.05677 ,0.0714 ,0.08604 ",\ "0.018785 ,0.03054 ,0.041525 ,0.0606 ,0.07807 ,0.09444 ,0.109855 ",\ "0.011965 ,0.03133 ,0.047355 ,0.073525 ,0.09653 ,0.11748 ,0.136665 ",\ "-0.01377 ,0.01707 ,0.041475 ,0.080005 ,0.11278 ,0.14166 ,0.16713 ",\ "-0.01962 ,0.01251 ,0.03908 ,0.08176 ,0.11811 ,0.149865 ,0.177465 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.014975 ,0.024415 ,0.036795 ,0.06036 ,0.08415 ,0.110575 ,0.137045 ",\ "0.03697 ,0.046835 ,0.060175 ,0.0858 ,0.10966 ,0.131615 ,0.15159 ",\ "0.065145 ,0.075955 ,0.090915 ,0.11978 ,0.14657 ,0.17103 ,0.19302 ",\ "0.11651 ,0.129365 ,0.147575 ,0.18243 ,0.213995 ,0.24177 ,0.265505 ",\ "0.140175 ,0.153905 ,0.17363 ,0.211105 ,0.2444 ,0.2729 ,0.29627 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.008925 ,0.00887 ,0.00884 ,0.008815 ,0.0088 ,0.008795 ,0.008805 ",\ "0.02029 ,0.01995 ,0.019755 ,0.019495 ,0.01931 ,0.01918 ,0.019105 ",\ "0.03624 ,0.035595 ,0.03518 ,0.03458 ,0.034135 ,0.03381 ,0.03361 ",\ "0.06992 ,0.06899 ,0.06817 ,0.066845 ,0.06582 ,0.06506 ,0.064565 ",\ "0.087615 ,0.08671 ,0.08571 ,0.084005 ,0.08266 ,0.081655 ,0.08099 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.0092 ,0.009145 ,0.009115 ,0.009085 ,0.00907 ,0.009065 ,0.009075 ",\ "0.020805 ,0.02052 ,0.020355 ,0.020135 ,0.01998 ,0.019885 ,0.019835 ",\ "0.036995 ,0.036475 ,0.036135 ,0.03565 ,0.03529 ,0.035045 ,0.034905 ",\ "0.07087 ,0.07017 ,0.06953 ,0.06849 ,0.067685 ,0.0671 ,0.066725 ",\ "0.08852 ,0.08788 ,0.087115 ,0.085795 ,0.084745 ,0.08397 ,0.08346 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.006905 ,0.00686 ,0.006865 ,0.00689 ,0.00692 ,0.00695 ,0.006975 ",\ "0.014955 ,0.01441 ,0.014135 ,0.013795 ,0.01357 ,0.01343 ,0.01338 ",\ "0.02646 ,0.02539 ,0.02475 ,0.023865 ,0.023245 ,0.022835 ,0.022625 ",\ "0.05122 ,0.04977 ,0.0485 ,0.046485 ,0.044945 ,0.043855 ,0.043195 ",\ "0.064445 ,0.06314 ,0.061615 ,0.05901 ,0.05696 ,0.055455 ,0.054505 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0016, 0.0063, 0.0125, 0.0248, 0.0372, 0.0496, 0.0619 "); values ("0.00721 ,0.00708 ,0.007045 ,0.00704 ,0.007065 ,0.007115 ,0.00719 ",\ "0.0158 ,0.01543 ,0.015215 ,0.01493 ,0.014735 ,0.01461 ,0.014555 ",\ "0.02784 ,0.02723 ,0.026805 ,0.026185 ,0.025715 ,0.02538 ,0.025175 ",\ "0.05312 ,0.05235 ,0.05166 ,0.05054 ,0.049665 ,0.049015 ,0.04859 ",\ "0.06634 ,0.06565 ,0.064895 ,0.06362 ,0.06261 ,0.061865 ,0.061375 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0619 ; } pin(A) { direction : input ; capacitance : 0.002191 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002408 ; max_transition : 2.7273 ; } } cell(XNOR2_C) { area : 7 ; cell_footprint : XNOR2 ; cell_leakage_power : 0.555427 ; pin(Z) { direction : output ; function : "(A^B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.014985 ,0.022225 ,0.031875 ,0.05151 ,0.07048 ,0.089475 ,0.108495 ",\ "0.008315 ,0.01633 ,0.026125 ,0.04535 ,0.06463 ,0.08406 ,0.102065 ",\ "-0.009125 ,0.00056 ,0.010845 ,0.02998 ,0.04867 ,0.067375 ,0.08627 ",\ "-0.052905 ,-0.040185 ,-0.029165 ,-0.00998 ,0.008675 ,0.02777 ,0.04766 ",\ "-0.071775 ,-0.05896 ,-0.048335 ,-0.029685 ,-0.010895 ,0.00908 ,0.03062 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.01429 ,0.029255 ,0.049505 ,0.09064 ,0.13087 ,0.171145 ,0.21145 ",\ "0.017905 ,0.032135 ,0.051755 ,0.091675 ,0.1322 ,0.173215 ,0.213065 ",\ "0.022985 ,0.036515 ,0.055655 ,0.094745 ,0.134315 ,0.174155 ,0.21418 ",\ "0.033255 ,0.04557 ,0.064005 ,0.102095 ,0.140665 ,0.179335 ,0.21794 ",\ "0.038395 ,0.050175 ,0.068335 ,0.106165 ,0.144605 ,0.183185 ,0.22171 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.02531 ,0.03059 ,0.037725 ,0.05276 ,0.06666 ,0.080695 ,0.094815 ",\ "0.05084 ,0.05675 ,0.06372 ,0.077935 ,0.09283 ,0.10829 ,0.1229 ",\ "0.077315 ,0.08494 ,0.0923 ,0.1064 ,0.120745 ,0.13534 ,0.150085 ",\ "0.12119 ,0.13242 ,0.140915 ,0.156105 ,0.17145 ,0.1871 ,0.202875 ",\ "0.14468 ,0.156515 ,0.165205 ,0.18106 ,0.19765 ,0.215035 ,0.23297 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.012545 ,0.02213 ,0.03516 ,0.061615 ,0.087855 ,0.114195 ,0.1406 ",\ "0.017995 ,0.02705 ,0.03967 ,0.06535 ,0.091265 ,0.1173 ,0.14375 ",\ "0.02484 ,0.03363 ,0.04623 ,0.0719 ,0.0976 ,0.12311 ,0.148315 ",\ "0.03761 ,0.046275 ,0.05916 ,0.085455 ,0.111505 ,0.136915 ,0.16151 ",\ "0.043645 ,0.0524 ,0.065515 ,0.09231 ,0.118775 ,0.144465 ,0.169165 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.02343 ,0.02989 ,0.038055 ,0.05605 ,0.069685 ,0.08334 ,0.09703 ",\ "0.051105 ,0.061585 ,0.07116 ,0.089855 ,0.11019 ,0.13224 ,0.14745 ",\ "0.07683 ,0.093405 ,0.10558 ,0.1265 ,0.1476 ,0.16979 ,0.193225 ",\ "0.11655 ,0.141775 ,0.158495 ,0.185025 ,0.210235 ,0.23566 ,0.26155 ",\ "0.141925 ,0.166905 ,0.184485 ,0.213495 ,0.2416 ,0.27014 ,0.299315 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.030755 ,0.046755 ,0.068095 ,0.109615 ,0.154955 ,0.20051 ,0.246195 ",\ "0.060275 ,0.0754 ,0.09697 ,0.139985 ,0.181655 ,0.221905 ,0.27085 ",\ "0.09753 ,0.111745 ,0.1339 ,0.17941 ,0.224195 ,0.26734 ,0.30842 ",\ "0.171675 ,0.18331 ,0.206145 ,0.255255 ,0.304045 ,0.35064 ,0.39418 ",\ "0.210415 ,0.219955 ,0.242665 ,0.29265 ,0.342165 ,0.388765 ,0.43135 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.01046 ,0.015735 ,0.022185 ,0.035325 ,0.04706 ,0.05875 ,0.07043 ",\ "0.00618 ,0.015415 ,0.024085 ,0.03969 ,0.0549 ,0.07012 ,0.08349 ",\ "-0.012395 ,0.002805 ,0.014885 ,0.034555 ,0.052405 ,0.069555 ,0.086375 ",\ "-0.063335 ,-0.03941 ,-0.021795 ,0.005495 ,0.029485 ,0.05214 ,0.07411 ",\ "-0.08217 ,-0.058205 ,-0.039705 ,-0.010045 ,0.016755 ,0.042585 ,0.06809 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.02072 ,0.028755 ,0.039665 ,0.06032 ,0.08508 ,0.110055 ,0.135175 ",\ "0.054765 ,0.061025 ,0.07142 ,0.092275 ,0.11168 ,0.129515 ,0.15706 ",\ "0.097935 ,0.10297 ,0.113505 ,0.135995 ,0.1577 ,0.177565 ,0.195105 ",\ "0.17871 ,0.18332 ,0.19472 ,0.220295 ,0.24554 ,0.26865 ,0.288745 ",\ "0.218045 ,0.22319 ,0.23507 ,0.26171 ,0.287875 ,0.311465 ,0.3314 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.01509 ,0.022165 ,0.031615 ,0.050515 ,0.069725 ,0.088985 ,0.10829 ",\ "0.010835 ,0.018525 ,0.028225 ,0.04716 ,0.06578 ,0.084195 ,0.102895 ",\ "-0.0051 ,0.004265 ,0.01458 ,0.033855 ,0.052505 ,0.0709 ,0.08917 ",\ "-0.04879 ,-0.03571 ,-0.024395 ,-0.004615 ,0.01462 ,0.034195 ,0.054425 ",\ "-0.06751 ,-0.053855 ,-0.042915 ,-0.023795 ,-0.00452 ,0.0159 ,0.037765 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.014975 ,0.02963 ,0.049645 ,0.09067 ,0.1321 ,0.171815 ,0.211585 ",\ "0.02096 ,0.03456 ,0.05369 ,0.09298 ,0.133145 ,0.174025 ,0.21554 ",\ "0.02849 ,0.041235 ,0.05985 ,0.098215 ,0.137185 ,0.176455 ,0.21589 ",\ "0.0422 ,0.05364 ,0.071655 ,0.109245 ,0.14729 ,0.18523 ,0.22282 ",\ "0.04875 ,0.05961 ,0.07742 ,0.114965 ,0.153095 ,0.191135 ,0.22879 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.026325 ,0.03038 ,0.035875 ,0.047335 ,0.05865 ,0.070145 ,0.081765 ",\ "0.05647 ,0.0616 ,0.067635 ,0.079825 ,0.09234 ,0.105095 ,0.11878 ",\ "0.084065 ,0.09177 ,0.099075 ,0.11291 ,0.12671 ,0.140415 ,0.153855 ",\ "0.125695 ,0.138085 ,0.1473 ,0.163685 ,0.17997 ,0.196105 ,0.21176 ",\ "0.152005 ,0.164365 ,0.17313 ,0.189255 ,0.206015 ,0.22307 ,0.239895 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.01658 ,0.0255 ,0.03742 ,0.06078 ,0.08613 ,0.11164 ,0.137255 ",\ "0.02439 ,0.033325 ,0.04584 ,0.070835 ,0.09525 ,0.1191 ,0.146905 ",\ "0.03476 ,0.043805 ,0.05706 ,0.084 ,0.110605 ,0.136485 ,0.161465 ",\ "0.053175 ,0.06268 ,0.077215 ,0.10699 ,0.1362 ,0.16419 ,0.190625 ",\ "0.06175 ,0.071495 ,0.08652 ,0.117125 ,0.14672 ,0.17451 ,0.20009 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.017625 ,0.024245 ,0.03241 ,0.04945 ,0.064035 ,0.078625 ,0.093235 ",\ "0.03759 ,0.048925 ,0.059375 ,0.078885 ,0.098885 ,0.11958 ,0.13651 ",\ "0.05028 ,0.06891 ,0.08305 ,0.106735 ,0.12947 ,0.15239 ,0.17576 ",\ "0.061035 ,0.09112 ,0.111505 ,0.14319 ,0.172205 ,0.20058 ,0.2288 ",\ "0.07435 ,0.105355 ,0.12689 ,0.16111 ,0.19293 ,0.22431 ,0.25568 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.026445 ,0.04371 ,0.065265 ,0.104065 ,0.15213 ,0.200295 ,0.248525 ",\ "0.056385 ,0.076685 ,0.10172 ,0.146875 ,0.185535 ,0.21866 ,0.275705 ",\ "0.088645 ,0.11362 ,0.144015 ,0.199205 ,0.247045 ,0.28724 ,0.319555 ",\ "0.141965 ,0.174475 ,0.21487 ,0.28873 ,0.352735 ,0.406095 ,0.4483 ",\ "0.167745 ,0.20193 ,0.246435 ,0.32841 ,0.399035 ,0.45707 ,0.50181 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.01382 ,0.02058 ,0.028655 ,0.04469 ,0.05979 ,0.07486 ,0.08992 ",\ "0.01939 ,0.031365 ,0.042535 ,0.06244 ,0.08147 ,0.10018 ,0.11857 ",\ "0.015485 ,0.035075 ,0.050925 ,0.076895 ,0.100245 ,0.122215 ,0.143185 ",\ "-0.004175 ,0.027155 ,0.0512 ,0.088765 ,0.120965 ,0.149995 ,0.17654 ",\ "-0.008085 ,0.02469 ,0.051135 ,0.09324 ,0.129415 ,0.16187 ,0.191305 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.014905 ,0.024895 ,0.03772 ,0.06159 ,0.08959 ,0.117675 ,0.14581 ",\ "0.03732 ,0.04776 ,0.061475 ,0.08743 ,0.111035 ,0.13253 ,0.164225 ",\ "0.0662 ,0.07757 ,0.092845 ,0.122275 ,0.14946 ,0.17393 ,0.19544 ",\ "0.11989 ,0.132835 ,0.1511 ,0.186755 ,0.219545 ,0.248535 ,0.27321 ",\ "0.14511 ,0.15845 ,0.17803 ,0.21631 ,0.25104 ,0.281005 ,0.305565 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.01441 ,0.01429 ,0.014235 ,0.014175 ,0.014145 ,0.01413 ,0.01414 ",\ "0.03459 ,0.034 ,0.03365 ,0.03315 ,0.03279 ,0.032545 ,0.03242 ",\ "0.06286 ,0.06176 ,0.06101 ,0.05988 ,0.05904 ,0.05845 ,0.05811 ",\ "0.122445 ,0.12082 ,0.11934 ,0.11692 ,0.11504 ,0.113665 ,0.112795 ",\ "0.153715 ,0.15208 ,0.15027 ,0.147185 ,0.144745 ,0.14294 ,0.14176 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.01521 ,0.015095 ,0.01504 ,0.01497 ,0.01493 ,0.014915 ,0.01492 ",\ "0.03589 ,0.035365 ,0.03504 ,0.034575 ,0.034245 ,0.034035 ,0.03394 ",\ "0.064655 ,0.063695 ,0.063025 ,0.06202 ,0.061285 ,0.060785 ,0.06052 ",\ "0.12459 ,0.123255 ,0.122 ,0.119955 ,0.118375 ,0.117235 ,0.116535 ",\ "0.155715 ,0.154435 ,0.15295 ,0.150405 ,0.14839 ,0.1469 ,0.14593 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.0106 ,0.010485 ,0.010485 ,0.01052 ,0.010565 ,0.01061 ,0.01065 ",\ "0.02503 ,0.02406 ,0.023535 ,0.02283 ,0.022355 ,0.02207 ,0.021975 ",\ "0.04558 ,0.04372 ,0.042515 ,0.040765 ,0.03952 ,0.038715 ,0.03834 ",\ "0.0897 ,0.087125 ,0.08478 ,0.08098 ,0.07808 ,0.07603 ,0.074825 ",\ "0.113225 ,0.110835 ,0.108035 ,0.10324 ,0.09946 ,0.096685 ,0.09492 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0028, 0.011, 0.0218, 0.0435, 0.0653, 0.087, 0.1087 "); values ("0.011445 ,0.011245 ,0.011205 ,0.011215 ,0.01128 ,0.011385 ,0.011525 ",\ "0.026915 ,0.026265 ,0.025875 ,0.02532 ,0.024945 ,0.02472 ,0.02464 ",\ "0.048485 ,0.04738 ,0.04658 ,0.04536 ,0.044455 ,0.04383 ,0.04348 ",\ "0.0935 ,0.09203 ,0.0907 ,0.08853 ,0.086855 ,0.08564 ,0.084885 ",\ "0.116905 ,0.115525 ,0.114075 ,0.11163 ,0.109715 ,0.10831 ,0.107415 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1087 ; } pin(A) { direction : input ; capacitance : 0.003065 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.003310 ; max_transition : 2.7273 ; } } cell(XNOR2_D) { area : 11 ; cell_footprint : XNOR2 ; cell_leakage_power : 0.375216 ; pin(Z) { direction : output ; function : "(A^B)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.0218 ,0.029275 ,0.039295 ,0.05923 ,0.078555 ,0.097915 ,0.117295 ",\ "0.023075 ,0.031665 ,0.041815 ,0.06181 ,0.08211 ,0.100865 ,0.119515 ",\ "0.01273 ,0.023655 ,0.034415 ,0.05408 ,0.073235 ,0.092375 ,0.11056 ",\ "-0.023815 ,-0.008985 ,0.00279 ,0.022695 ,0.0418 ,0.06113 ,0.081 ",\ "-0.040485 ,-0.02599 ,-0.014675 ,0.00496 ,0.0247 ,0.04555 ,0.067785 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.01504 ,0.029705 ,0.049385 ,0.089555 ,0.13042 ,0.171455 ,0.21259 ",\ "0.02088 ,0.034735 ,0.053885 ,0.09238 ,0.13136 ,0.17216 ,0.21314 ",\ "0.02835 ,0.041445 ,0.060225 ,0.09854 ,0.13679 ,0.175335 ,0.216705 ",\ "0.04187 ,0.05382 ,0.072035 ,0.11017 ,0.148805 ,0.187205 ,0.225055 ",\ "0.04807 ,0.059575 ,0.07754 ,0.11557 ,0.154335 ,0.19296 ,0.231075 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.034445 ,0.040025 ,0.047675 ,0.062955 ,0.077395 ,0.091935 ,0.10654 ",\ "0.066755 ,0.073145 ,0.08051 ,0.095785 ,0.112125 ,0.126855 ,0.141675 ",\ "0.097985 ,0.10661 ,0.11433 ,0.129045 ,0.14408 ,0.159455 ,0.175035 ",\ "0.144665 ,0.15764 ,0.1665 ,0.181895 ,0.197235 ,0.212695 ,0.22814 ",\ "0.16942 ,0.18249 ,0.19131 ,0.207205 ,0.223745 ,0.24096 ,0.25864 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.015705 ,0.02516 ,0.03747 ,0.063395 ,0.09242 ,0.12179 ,0.151365 ",\ "0.018865 ,0.028405 ,0.04145 ,0.066405 ,0.088935 ,0.120175 ,0.151975 ",\ "0.027125 ,0.036205 ,0.049225 ,0.07512 ,0.099495 ,0.12173 ,0.151125 ",\ "0.041225 ,0.049565 ,0.062135 ,0.08866 ,0.115145 ,0.140625 ,0.16465 ",\ "0.047085 ,0.055125 ,0.06733 ,0.093725 ,0.120685 ,0.14707 ,0.17234 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.02111 ,0.03032 ,0.042145 ,0.065165 ,0.0867 ,0.108205 ,0.129695 ",\ "0.045975 ,0.05942 ,0.07345 ,0.10081 ,0.1293 ,0.15303 ,0.176515 ",\ "0.06884 ,0.088895 ,0.10659 ,0.138395 ,0.16995 ,0.202315 ,0.23098 ",\ "0.101685 ,0.13289 ,0.15769 ,0.19862 ,0.236435 ,0.273285 ,0.30983 ",\ "0.121605 ,0.154945 ,0.182305 ,0.22721 ,0.26785 ,0.306625 ,0.344315 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.0274 ,0.043735 ,0.06426 ,0.106205 ,0.15228 ,0.198455 ,0.244685 ",\ "0.05749 ,0.074905 ,0.097095 ,0.13789 ,0.17329 ,0.224415 ,0.27636 ",\ "0.0933 ,0.113005 ,0.138305 ,0.18603 ,0.22875 ,0.265695 ,0.31915 ",\ "0.15985 ,0.18334 ,0.21459 ,0.2752 ,0.3306 ,0.37916 ,0.42008 ",\ "0.194295 ,0.21833 ,0.251995 ,0.31809 ,0.37849 ,0.431025 ,0.47467 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.01009 ,0.01741 ,0.026535 ,0.04359 ,0.058185 ,0.072625 ,0.086975 ",\ "0.008605 ,0.02182 ,0.03406 ,0.056745 ,0.08023 ,0.09681 ,0.112835 ",\ "-0.004395 ,0.01721 ,0.03423 ,0.061895 ,0.08768 ,0.11356 ,0.134485 ",\ "-0.04302 ,-0.008685 ,0.017 ,0.05529 ,0.08761 ,0.117605 ,0.146625 ",\ "-0.057015 ,-0.02108 ,0.00745 ,0.0505 ,0.08658 ,0.11971 ,0.15146 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.017115 ,0.026615 ,0.03867 ,0.06336 ,0.09052 ,0.11774 ,0.144995 ",\ "0.04818 ,0.05771 ,0.0703 ,0.093595 ,0.113585 ,0.14425 ,0.17556 ",\ "0.086855 ,0.097515 ,0.111895 ,0.13935 ,0.163585 ,0.18378 ,0.2164 ",\ "0.156985 ,0.170095 ,0.188645 ,0.22528 ,0.25843 ,0.286505 ,0.30875 ",\ "0.19122 ,0.20478 ,0.225355 ,0.266665 ,0.30421 ,0.335985 ,0.361065 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.021395 ,0.02903 ,0.039185 ,0.05929 ,0.078725 ,0.09815 ,0.11758 ",\ "0.020805 ,0.0297 ,0.0401 ,0.060405 ,0.080915 ,0.099625 ,0.118175 ",\ "0.008585 ,0.019865 ,0.03098 ,0.051095 ,0.07056 ,0.09 ,0.10806 ",\ "-0.031535 ,-0.016545 ,-0.00433 ,0.01613 ,0.035555 ,0.055155 ,0.07534 ",\ "-0.05053 ,-0.036 ,-0.024215 ,-0.004 ,0.015995 ,0.03698 ,0.059365 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.014795 ,0.029675 ,0.049485 ,0.089875 ,0.131185 ,0.172635 ,0.21418 ",\ "0.01965 ,0.034045 ,0.053615 ,0.092545 ,0.131425 ,0.17295 ,0.214615 ",\ "0.02567 ,0.03968 ,0.05917 ,0.098435 ,0.13727 ,0.17553 ,0.217815 ",\ "0.035935 ,0.049515 ,0.068975 ,0.10891 ,0.14896 ,0.18856 ,0.22747 ",\ "0.04031 ,0.053805 ,0.073265 ,0.11346 ,0.15395 ,0.19409 ,0.23358 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.0353 ,0.041095 ,0.049025 ,0.064565 ,0.078615 ,0.092695 ,0.10679 ",\ "0.069435 ,0.075915 ,0.08317 ,0.09851 ,0.11546 ,0.129405 ,0.143425 ",\ "0.10341 ,0.112 ,0.119175 ,0.133015 ,0.14762 ,0.162975 ,0.17783 ",\ "0.156495 ,0.168965 ,0.176585 ,0.189845 ,0.203545 ,0.21772 ,0.23214 ",\ "0.185115 ,0.19723 ,0.20453 ,0.21799 ,0.23273 ,0.248585 ,0.265235 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.0144 ,0.02376 ,0.03631 ,0.062105 ,0.089005 ,0.116095 ,0.143295 ",\ "0.020825 ,0.02943 ,0.041485 ,0.065715 ,0.08957 ,0.116365 ,0.143345 ",\ "0.028395 ,0.036275 ,0.047885 ,0.07187 ,0.09589 ,0.119485 ,0.14581 ",\ "0.040965 ,0.04778 ,0.058545 ,0.08188 ,0.10606 ,0.130335 ,0.154375 ",\ "0.046505 ,0.05287 ,0.06316 ,0.08596 ,0.10994 ,0.134205 ,0.158355 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.020855 ,0.030035 ,0.04199 ,0.065225 ,0.086795 ,0.108315 ,0.12982 ",\ "0.04038 ,0.053035 ,0.0666 ,0.093255 ,0.12108 ,0.144 ,0.1667 ",\ "0.058505 ,0.076615 ,0.09303 ,0.12262 ,0.15188 ,0.181795 ,0.20827 ",\ "0.084405 ,0.112285 ,0.134765 ,0.17161 ,0.205285 ,0.23787 ,0.270035 ",\ "0.09893 ,0.12939 ,0.15452 ,0.195275 ,0.231735 ,0.266365 ,0.30002 "); } rise_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.024795 ,0.04101 ,0.06186 ,0.1044 ,0.150485 ,0.19664 ,0.242835 ",\ "0.05344 ,0.068955 ,0.090215 ,0.13042 ,0.16625 ,0.216045 ,0.266645 ",\ "0.09008 ,0.10531 ,0.12778 ,0.172005 ,0.21264 ,0.248525 ,0.299225 ",\ "0.15954 ,0.173765 ,0.198745 ,0.250935 ,0.300525 ,0.34513 ,0.38372 ",\ "0.194725 ,0.2075 ,0.233495 ,0.289365 ,0.342905 ,0.391065 ,0.43256 "); } cell_fall(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.013035 ,0.01998 ,0.02887 ,0.045675 ,0.060195 ,0.0746 ,0.088945 ",\ "0.016175 ,0.027905 ,0.039315 ,0.06103 ,0.0838 ,0.10016 ,0.11607 ",\ "0.009805 ,0.02849 ,0.043915 ,0.06984 ,0.094515 ,0.1195 ,0.140075 ",\ "-0.015225 ,0.01371 ,0.036405 ,0.07148 ,0.101855 ,0.130395 ,0.158155 ",\ "-0.022985 ,0.006665 ,0.031645 ,0.07083 ,0.10455 ,0.135895 ,0.166085 "); } fall_transition(DELAY_DEF_D_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.01965 ,0.029145 ,0.041255 ,0.0661 ,0.093425 ,0.120825 ,0.148275 ",\ "0.051485 ,0.06072 ,0.073105 ,0.0962 ,0.11613 ,0.14672 ,0.17798 ",\ "0.091805 ,0.101825 ,0.115645 ,0.14235 ,0.166085 ,0.18594 ,0.21817 ",\ "0.16553 ,0.177935 ,0.19545 ,0.230395 ,0.26225 ,0.28929 ,0.3107 ",\ "0.20098 ,0.214275 ,0.233765 ,0.27307 ,0.308995 ,0.33945 ,0.363445 "); } } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.011735 ,0.01148 ,0.01146 ,0.011505 ,0.011565 ,0.011635 ,0.011705 ",\ "0.02401 ,0.022635 ,0.021915 ,0.020935 ,0.02026 ,0.01985 ,0.01969 ",\ "0.041325 ,0.03882 ,0.037285 ,0.035045 ,0.03343 ,0.032365 ,0.03183 ",\ "0.07731 ,0.074115 ,0.0716 ,0.067595 ,0.064505 ,0.062255 ,0.060835 ",\ "0.09591 ,0.09318 ,0.09051 ,0.08601 ,0.082395 ,0.07962 ,0.07768 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.01211 ,0.01167 ,0.01151 ,0.01137 ,0.01135 ,0.011425 ,0.011595 ",\ "0.022995 ,0.02142 ,0.02059 ,0.019475 ,0.01874 ,0.018335 ,0.01824 ",\ "0.039025 ,0.036275 ,0.034645 ,0.0323 ,0.030625 ,0.02954 ,0.029015 ",\ "0.074005 ,0.070575 ,0.0679 ,0.06365 ,0.060365 ,0.05797 ,0.056455 ",\ "0.092885 ,0.089965 ,0.087055 ,0.082135 ,0.078185 ,0.07517 ,0.07309 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.01206 ,0.01175 ,0.01164 ,0.011525 ,0.01146 ,0.01144 ,0.01146 ",\ "0.023415 ,0.022265 ,0.0216 ,0.02065 ,0.01997 ,0.019525 ,0.019315 ",\ "0.03979 ,0.037795 ,0.036475 ,0.034495 ,0.033025 ,0.03201 ,0.031445 ",\ "0.0747 ,0.07207 ,0.06989 ,0.066345 ,0.06356 ,0.061475 ,0.06008 ",\ "0.093175 ,0.09076 ,0.08837 ,0.084305 ,0.080995 ,0.07841 ,0.076545 "); } fall_power(POWER_DEF_D_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0047, 0.0187, 0.0373, 0.0745, 0.1117, 0.1489, 0.1861 "); values ("0.01294 ,0.01266 ,0.01255 ,0.01243 ,0.01237 ,0.012355 ,0.012395 ",\ "0.02466 ,0.023415 ,0.02272 ,0.02175 ,0.021065 ,0.02062 ,0.02041 ",\ "0.04134 ,0.039115 ,0.03774 ,0.03571 ,0.03421 ,0.033175 ,0.032595 ",\ "0.07663 ,0.07366 ,0.07135 ,0.06765 ,0.06475 ,0.062585 ,0.06114 ",\ "0.095185 ,0.09246 ,0.0899 ,0.085595 ,0.08211 ,0.07941 ,0.07748 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1861 ; } pin(A) { direction : input ; capacitance : 0.005634 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.006165 ; max_transition : 2.7273 ; } } cell(XNOR3_B) { area : 15 ; cell_footprint : XNOR3 ; cell_leakage_power : 0.498210 ; pin(Z) { direction : output ; function : "(A^B^C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.042325 ,0.05115 ,0.062535 ,0.08529 ,0.10772 ,0.13006 ,0.1524 ",\ "0.038095 ,0.048315 ,0.06025 ,0.08324 ,0.105965 ,0.128675 ,0.15075 ",\ "0.02838 ,0.040295 ,0.05306 ,0.0767 ,0.0995 ,0.12196 ,0.14428 ",\ "0.000655 ,0.01466 ,0.02908 ,0.05465 ,0.078285 ,0.10087 ,0.12281 ",\ "-0.018325 ,-0.004135 ,0.011155 ,0.03818 ,0.062735 ,0.08582 ,0.10794 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.0125 ,0.029965 ,0.05334 ,0.10023 ,0.147015 ,0.193785 ,0.240565 ",\ "0.01768 ,0.034795 ,0.05782 ,0.10399 ,0.150175 ,0.196315 ,0.242855 ",\ "0.02509 ,0.042065 ,0.06492 ,0.11068 ,0.156295 ,0.20165 ,0.246685 ",\ "0.036345 ,0.053535 ,0.07635 ,0.12179 ,0.166785 ,0.211175 ,0.254855 ",\ "0.040115 ,0.057595 ,0.0805 ,0.125945 ,0.170825 ,0.21497 ,0.258255 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.05752 ,0.062715 ,0.06904 ,0.082785 ,0.093355 ,0.103225 ,0.113025 ",\ "0.089265 ,0.09754 ,0.10474 ,0.118035 ,0.13182 ,0.14652 ,0.15849 ",\ "0.125145 ,0.137305 ,0.146175 ,0.16039 ,0.17339 ,0.185905 ,0.1981 ",\ "0.188315 ,0.203605 ,0.215245 ,0.23319 ,0.24797 ,0.26043 ,0.270755 ",\ "0.218265 ,0.23136 ,0.243725 ,0.26435 ,0.281715 ,0.296325 ,0.308315 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.0105 ,0.01939 ,0.029975 ,0.048585 ,0.070385 ,0.09302 ,0.115595 ",\ "0.01556 ,0.02643 ,0.038235 ,0.058785 ,0.07628 ,0.09096 ,0.11151 ",\ "0.025935 ,0.037835 ,0.049825 ,0.070345 ,0.08785 ,0.10269 ,0.114945 ",\ "0.045945 ,0.057565 ,0.06936 ,0.08946 ,0.10646 ,0.12075 ,0.13244 ",\ "0.051055 ,0.06167 ,0.07356 ,0.09413 ,0.11136 ,0.1256 ,0.137005 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.054065 ,0.062375 ,0.073565 ,0.09664 ,0.11901 ,0.141265 ,0.16361 ",\ "0.09019 ,0.098775 ,0.109695 ,0.13182 ,0.15445 ,0.17749 ,0.200705 ",\ "0.127705 ,0.13721 ,0.148255 ,0.170085 ,0.19205 ,0.21401 ,0.235805 ",\ "0.18715 ,0.19711 ,0.208015 ,0.229735 ,0.25184 ,0.27394 ,0.29567 ",\ "0.21634 ,0.22439 ,0.23438 ,0.25563 ,0.27814 ,0.301155 ,0.32414 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.012735 ,0.03012 ,0.05367 ,0.10193 ,0.148915 ,0.19517 ,0.241465 ",\ "0.013265 ,0.030245 ,0.053285 ,0.10044 ,0.148965 ,0.198815 ,0.247085 ",\ "0.014385 ,0.03112 ,0.053865 ,0.100355 ,0.14807 ,0.196975 ,0.247035 ",\ "0.016285 ,0.03273 ,0.05511 ,0.10085 ,0.147745 ,0.195745 ,0.24481 ",\ "0.01701 ,0.033375 ,0.05564 ,0.101195 ,0.14797 ,0.195915 ,0.24499 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.041645 ,0.04715 ,0.05399 ,0.068875 ,0.07961 ,0.089 ,0.09811 ",\ "0.04037 ,0.04745 ,0.05347 ,0.0646 ,0.07658 ,0.090065 ,0.098225 ",\ "0.0313 ,0.04041 ,0.045915 ,0.05387 ,0.061425 ,0.06968 ,0.079045 ",\ "-0.00096 ,0.00877 ,0.01343 ,0.01868 ,0.023375 ,0.02913 ,0.03663 ",\ "-0.022325 ,-0.015195 ,-0.01116 ,-0.005495 ,0.000825 ,0.00937 ,0.020905 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.012105 ,0.01932 ,0.02876 ,0.047185 ,0.06509 ,0.08306 ,0.101645 ",\ "0.01066 ,0.01796 ,0.027405 ,0.045765 ,0.06354 ,0.0808 ,0.09757 ",\ "0.011515 ,0.01862 ,0.027705 ,0.04532 ,0.062365 ,0.0789 ,0.094955 ",\ "0.01481 ,0.02149 ,0.02989 ,0.046285 ,0.062395 ,0.078305 ,0.09404 ",\ "0.01649 ,0.02305 ,0.031205 ,0.04727 ,0.063325 ,0.079465 ,0.095715 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.041935 ,0.050835 ,0.06227 ,0.085125 ,0.107615 ,0.130035 ,0.152465 ",\ "0.04733 ,0.05772 ,0.06971 ,0.09282 ,0.115685 ,0.138505 ,0.161155 ",\ "0.05114 ,0.063235 ,0.076055 ,0.09989 ,0.122915 ,0.14552 ,0.167805 ",\ "0.049125 ,0.062605 ,0.07691 ,0.10283 ,0.127 ,0.149945 ,0.17187 ",\ "0.042365 ,0.05516 ,0.07012 ,0.09759 ,0.12291 ,0.14656 ,0.168785 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.014105 ,0.031605 ,0.054835 ,0.10079 ,0.147835 ,0.19514 ,0.24248 ",\ "0.018835 ,0.03622 ,0.05941 ,0.105405 ,0.150785 ,0.19548 ,0.242215 ",\ "0.0241 ,0.04154 ,0.06479 ,0.111005 ,0.156705 ,0.201795 ,0.24621 ",\ "0.03121 ,0.04905 ,0.07246 ,0.118985 ,0.165085 ,0.210625 ,0.255515 ",\ "0.033925 ,0.051955 ,0.07538 ,0.12189 ,0.167985 ,0.21352 ,0.25837 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.05645 ,0.061155 ,0.067105 ,0.080405 ,0.09042 ,0.09949 ,0.10849 ",\ "0.087865 ,0.0941 ,0.09945 ,0.109865 ,0.121455 ,0.134545 ,0.14426 ",\ "0.12104 ,0.12939 ,0.134545 ,0.14282 ,0.151245 ,0.160355 ,0.170225 ",\ "0.177165 ,0.18631 ,0.1909 ,0.19753 ,0.20431 ,0.211815 ,0.220075 ",\ "0.20433 ,0.21071 ,0.21446 ,0.221305 ,0.229495 ,0.239295 ,0.250655 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.01165 ,0.01813 ,0.02657 ,0.042855 ,0.060105 ,0.077625 ,0.09516 ",\ "0.01175 ,0.01834 ,0.02687 ,0.043425 ,0.059365 ,0.07469 ,0.091395 ",\ "0.011775 ,0.01845 ,0.02702 ,0.043755 ,0.060045 ,0.075905 ,0.09134 ",\ "0.011945 ,0.018705 ,0.02726 ,0.04404 ,0.06056 ,0.076865 ,0.092945 ",\ "0.012165 ,0.01891 ,0.02741 ,0.04407 ,0.06049 ,0.076705 ,0.092725 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.048935 ,0.05766 ,0.06916 ,0.0931 ,0.115525 ,0.137605 ,0.159755 ",\ "0.081545 ,0.091165 ,0.10224 ,0.124405 ,0.147385 ,0.171255 ,0.193955 ",\ "0.115645 ,0.12673 ,0.13769 ,0.15861 ,0.17984 ,0.20153 ,0.2236 ",\ "0.172455 ,0.18426 ,0.194685 ,0.21444 ,0.23489 ,0.25608 ,0.27781 ",\ "0.200755 ,0.210475 ,0.219945 ,0.23934 ,0.260515 ,0.283215 ,0.30709 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.01506 ,0.032325 ,0.05552 ,0.10248 ,0.149115 ,0.195255 ,0.24144 ",\ "0.015575 ,0.03251 ,0.05524 ,0.10133 ,0.14824 ,0.19595 ,0.243665 ",\ "0.01615 ,0.032915 ,0.055385 ,0.101005 ,0.14756 ,0.195015 ,0.243355 ",\ "0.01757 ,0.03409 ,0.05615 ,0.10106 ,0.147085 ,0.19422 ,0.24244 ",\ "0.018495 ,0.034905 ,0.05676 ,0.101315 ,0.14708 ,0.194045 ,0.24219 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.043905 ,0.048925 ,0.055235 ,0.06898 ,0.079365 ,0.0887 ,0.09786 ",\ "0.05155 ,0.057945 ,0.06353 ,0.074055 ,0.08543 ,0.09813 ,0.106665 ",\ "0.05317 ,0.06161 ,0.06693 ,0.07505 ,0.082955 ,0.091495 ,0.10095 ",\ "0.042405 ,0.051635 ,0.05641 ,0.062595 ,0.068455 ,0.07519 ,0.08324 ",\ "0.033985 ,0.040475 ,0.044475 ,0.05085 ,0.05802 ,0.06704 ,0.078375 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.00959 ,0.016605 ,0.02593 ,0.04457 ,0.06282 ,0.080845 ,0.098795 ",\ "0.009965 ,0.016765 ,0.02571 ,0.04346 ,0.061105 ,0.0787 ,0.096175 ",\ "0.011425 ,0.018095 ,0.026765 ,0.04385 ,0.060695 ,0.077335 ,0.0938 ",\ "0.014425 ,0.021005 ,0.02936 ,0.04576 ,0.061935 ,0.07793 ,0.09375 ",\ "0.015735 ,0.022355 ,0.030645 ,0.046985 ,0.06325 ,0.079495 ,0.09572 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.02057 ,0.029455 ,0.041165 ,0.06574 ,0.088035 ,0.109725 ,0.131405 ",\ "0.014145 ,0.024525 ,0.03597 ,0.058295 ,0.081225 ,0.105115 ,0.126075 ",\ "-0.009195 ,0.00383 ,0.01552 ,0.03628 ,0.056525 ,0.07706 ,0.098165 ",\ "-0.07365 ,-0.057665 ,-0.046145 ,-0.02728 ,-0.008795 ,0.010705 ,0.03169 ",\ "-0.103175 ,-0.088985 ,-0.078885 ,-0.06139 ,-0.04263 ,-0.021295 ,0.00305 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.01507 ,0.032415 ,0.05568 ,0.102515 ,0.14954 ,0.19605 ,0.242595 ",\ "0.01942 ,0.036025 ,0.05844 ,0.10373 ,0.149525 ,0.195755 ,0.242395 ",\ "0.024375 ,0.04037 ,0.06208 ,0.106165 ,0.150955 ,0.196355 ,0.242325 ",\ "0.03192 ,0.047015 ,0.06758 ,0.10979 ,0.153215 ,0.19772 ,0.243235 ",\ "0.034795 ,0.04951 ,0.06956 ,0.11096 ,0.153905 ,0.198235 ,0.24386 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.04725 ,0.0522 ,0.058335 ,0.072135 ,0.082015 ,0.091015 ,0.099925 ",\ "0.085835 ,0.09296 ,0.098725 ,0.109715 ,0.121915 ,0.13572 ,0.145525 ",\ "0.129545 ,0.13971 ,0.145715 ,0.155 ,0.164225 ,0.17404 ,0.184535 ",\ "0.20692 ,0.219045 ,0.225415 ,0.234605 ,0.24355 ,0.25299 ,0.26296 ",\ "0.24526 ,0.2545 ,0.260425 ,0.2709 ,0.282455 ,0.295445 ,0.30982 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.01253 ,0.01925 ,0.027945 ,0.044575 ,0.06236 ,0.080475 ,0.09859 ",\ "0.01496 ,0.022085 ,0.031175 ,0.04853 ,0.064845 ,0.080135 ,0.097715 ",\ "0.018335 ,0.025905 ,0.035425 ,0.053535 ,0.07054 ,0.08644 ,0.10122 ",\ "0.02519 ,0.033445 ,0.043725 ,0.06317 ,0.08127 ,0.09801 ,0.11335 ",\ "0.02865 ,0.037125 ,0.047745 ,0.06779 ,0.086335 ,0.103335 ,0.118755 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.040625 ,0.04894 ,0.060115 ,0.08312 ,0.105535 ,0.12789 ,0.150345 ",\ "0.071055 ,0.079655 ,0.090505 ,0.112485 ,0.135025 ,0.158035 ,0.181005 ",\ "0.102515 ,0.111995 ,0.12284 ,0.144285 ,0.16603 ,0.188 ,0.21005 ",\ "0.153795 ,0.16416 ,0.174855 ,0.195985 ,0.217805 ,0.24012 ,0.262655 ",\ "0.179485 ,0.188685 ,0.19872 ,0.219565 ,0.24195 ,0.265435 ,0.28962 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.0128 ,0.030025 ,0.053315 ,0.100905 ,0.149265 ,0.195065 ,0.240885 ",\ "0.013375 ,0.030195 ,0.05298 ,0.09943 ,0.14696 ,0.19554 ,0.245155 ",\ "0.01429 ,0.030975 ,0.05365 ,0.09975 ,0.14671 ,0.19449 ,0.24306 ",\ "0.01596 ,0.03259 ,0.05534 ,0.10154 ,0.14843 ,0.195935 ,0.244025 ",\ "0.016695 ,0.033345 ,0.05621 ,0.10271 ,0.14995 ,0.19785 ,0.24636 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.0286 ,0.034095 ,0.04117 ,0.058065 ,0.06885 ,0.077875 ,0.08675 ",\ "0.03 ,0.03784 ,0.04385 ,0.05545 ,0.069095 ,0.085495 ,0.094215 ",\ "0.01742 ,0.028785 ,0.03442 ,0.041885 ,0.049325 ,0.05807 ,0.06857 ",\ "-0.023515 ,-0.0101 ,-0.00552 ,-0.00183 ,0.001795 ,0.007375 ,0.01561 ",\ "-0.04184 ,-0.03248 ,-0.0296 ,-0.026385 ,-0.020805 ,-0.011065 ,0.003525 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.012715 ,0.020195 ,0.02985 ,0.048265 ,0.066605 ,0.08619 ,0.105705 ",\ "0.01292 ,0.02069 ,0.030575 ,0.0494 ,0.067135 ,0.08383 ,0.099525 ",\ "0.01353 ,0.02143 ,0.031335 ,0.050145 ,0.06786 ,0.084555 ,0.10025 ",\ "0.015605 ,0.023495 ,0.033285 ,0.05185 ,0.069315 ,0.08577 ,0.10123 ",\ "0.016975 ,0.024745 ,0.034445 ,0.05286 ,0.070185 ,0.08649 ,0.101795 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.01156 ,0.011485 ,0.011445 ,0.011395 ,0.011365 ,0.011345 ,0.01134 ",\ "0.017015 ,0.0169 ,0.016845 ,0.01677 ,0.01672 ,0.016685 ,0.01667 ",\ "0.024715 ,0.024565 ,0.02448 ,0.024365 ,0.02429 ,0.02424 ,0.024215 ",\ "0.0411 ,0.04091 ,0.04078 ,0.04059 ,0.040455 ,0.04037 ,0.040335 ",\ "0.04977 ,0.049585 ,0.04943 ,0.0492 ,0.049035 ,0.048935 ,0.0489 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.013855 ,0.01355 ,0.0134 ,0.013205 ,0.01307 ,0.01299 ,0.01296 ",\ "0.01933 ,0.018985 ,0.018805 ,0.018575 ,0.018415 ,0.018315 ,0.018275 ",\ "0.027045 ,0.02666 ,0.026445 ,0.02616 ,0.025965 ,0.025845 ,0.02579 ",\ "0.04342 ,0.043 ,0.042725 ,0.04233 ,0.04206 ,0.041895 ,0.04183 ",\ "0.05206 ,0.051645 ,0.051345 ,0.0509 ,0.05059 ,0.0504 ,0.050335 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.012005 ,0.01193 ,0.011895 ,0.011845 ,0.01181 ,0.011795 ,0.011795 ",\ "0.01887 ,0.01876 ,0.01871 ,0.018645 ,0.018595 ,0.018565 ,0.01855 ",\ "0.02865 ,0.02851 ,0.02844 ,0.02834 ,0.02827 ,0.028225 ,0.028195 ",\ "0.049575 ,0.04944 ,0.04933 ,0.049165 ,0.049045 ,0.04897 ,0.04894 ",\ "0.0607 ,0.060595 ,0.06047 ,0.060265 ,0.06012 ,0.06004 ,0.060015 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.014295 ,0.01401 ,0.013865 ,0.01368 ,0.01356 ,0.013485 ,0.01346 ",\ "0.021165 ,0.020825 ,0.02066 ,0.02044 ,0.020295 ,0.020205 ,0.020165 ",\ "0.03094 ,0.03056 ,0.030355 ,0.03009 ,0.029905 ,0.02979 ,0.02974 ",\ "0.051845 ,0.051455 ,0.051195 ,0.05082 ,0.05056 ,0.0504 ,0.050345 ",\ "0.062955 ,0.062595 ,0.06231 ,0.06188 ,0.06158 ,0.061405 ,0.06135 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.008175 ,0.00812 ,0.008095 ,0.008065 ,0.00805 ,0.00804 ,0.00804 ",\ "0.014415 ,0.01428 ,0.014215 ,0.014135 ,0.014085 ,0.014055 ,0.014045 ",\ "0.023275 ,0.02305 ,0.02294 ,0.022795 ,0.022695 ,0.022635 ,0.022615 ",\ "0.04231 ,0.042 ,0.04181 ,0.041545 ,0.041365 ,0.041255 ,0.04122 ",\ "0.052475 ,0.052165 ,0.051945 ,0.051625 ,0.051405 ,0.05128 ,0.051245 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0024, 0.0093, 0.0184, 0.0367, 0.055, 0.0734, 0.0917 "); values ("0.010685 ,0.01047 ,0.01037 ,0.01024 ,0.010155 ,0.010095 ,0.01007 ",\ "0.01719 ,0.016935 ,0.01682 ,0.01668 ,0.01658 ,0.01651 ,0.01647 ",\ "0.02628 ,0.02598 ,0.02584 ,0.025665 ,0.02554 ,0.025455 ,0.025405 ",\ "0.04533 ,0.04497 ,0.044765 ,0.044495 ,0.044305 ,0.044185 ,0.044135 ",\ "0.055275 ,0.0549 ,0.05466 ,0.05432 ,0.05409 ,0.053955 ,0.053915 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0917 ; } pin(A) { direction : input ; capacitance : 0.001353 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002273 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.002014 ; max_transition : 2.7273 ; } } /* * SCCS File Version=%I% * Release Date %E% %U% * * Date Generated: Wed Jul 13 16:05:46 2005 * Generated with Command Line Args : XNOR3 -bc * Generated with Process: BC * Generated with Temperature: 25.00 * Generated with Voltage: 1.60 */ cell(XNOR3_C) { area : 15 ; cell_footprint : XNOR3 ; cell_leakage_power : 0.714916 ; pin(Z) { direction : output ; function : "(A^B^C)'" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.04002 ,0.048955 ,0.060555 ,0.08365 ,0.106265 ,0.12885 ,0.151415 ",\ "0.03659 ,0.04688 ,0.059035 ,0.082485 ,0.10568 ,0.128365 ,0.15034 ",\ "0.027515 ,0.039475 ,0.0525 ,0.07658 ,0.099725 ,0.12252 ,0.145195 ",\ "0.000275 ,0.01442 ,0.029295 ,0.055375 ,0.079185 ,0.101835 ,0.123825 ",\ "-0.01819 ,-0.003725 ,0.012185 ,0.039795 ,0.06445 ,0.087485 ,0.109555 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01191 ,0.029815 ,0.05363 ,0.10115 ,0.1494 ,0.197675 ,0.245965 ",\ "0.01738 ,0.034915 ,0.05846 ,0.105315 ,0.151625 ,0.198755 ,0.247315 ",\ "0.025285 ,0.04253 ,0.065855 ,0.11247 ,0.158615 ,0.204075 ,0.2489 ",\ "0.037425 ,0.05457 ,0.077735 ,0.124255 ,0.17045 ,0.215945 ,0.26055 ",\ "0.041405 ,0.058715 ,0.08192 ,0.12858 ,0.17498 ,0.220695 ,0.265495 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.054085 ,0.05964 ,0.066705 ,0.08091 ,0.09132 ,0.10147 ,0.11145 ",\ "0.08478 ,0.09263 ,0.10007 ,0.1145 ,0.13003 ,0.143785 ,0.15431 ",\ "0.11941 ,0.13035 ,0.13887 ,0.153235 ,0.166995 ,0.18082 ,0.19485 ",\ "0.179375 ,0.193415 ,0.20445 ,0.22164 ,0.23603 ,0.248555 ,0.259515 ",\ "0.207265 ,0.220095 ,0.23234 ,0.25247 ,0.26937 ,0.283905 ,0.296435 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01025 ,0.019045 ,0.02954 ,0.049385 ,0.07122 ,0.09293 ,0.11456 ",\ "0.01693 ,0.02738 ,0.038485 ,0.0581 ,0.07536 ,0.094185 ,0.116505 ",\ "0.028215 ,0.03964 ,0.0506 ,0.069565 ,0.086305 ,0.101115 ,0.114205 ",\ "0.04732 ,0.05852 ,0.06909 ,0.087355 ,0.103615 ,0.11822 ,0.13124 ",\ "0.05192 ,0.062045 ,0.0728 ,0.091795 ,0.10873 ,0.123975 ,0.13766 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.050355 ,0.058945 ,0.070615 ,0.094445 ,0.116735 ,0.13908 ,0.16146 ",\ "0.0846 ,0.093205 ,0.104125 ,0.126725 ,0.150485 ,0.17396 ,0.196435 ",\ "0.120625 ,0.129915 ,0.140425 ,0.16166 ,0.18363 ,0.206125 ,0.228965 ",\ "0.17751 ,0.18717 ,0.197095 ,0.21734 ,0.23861 ,0.260425 ,0.282405 ",\ "0.204485 ,0.21239 ,0.22158 ,0.241725 ,0.263825 ,0.28707 ,0.310925 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01208 ,0.02964 ,0.05353 ,0.1025 ,0.14909 ,0.19574 ,0.242425 ",\ "0.01226 ,0.02927 ,0.05244 ,0.10015 ,0.149575 ,0.199455 ,0.24502 ",\ "0.013545 ,0.03023 ,0.05296 ,0.09962 ,0.147745 ,0.19726 ,0.248135 ",\ "0.01574 ,0.03204 ,0.05422 ,0.0997 ,0.1465 ,0.194525 ,0.24373 ",\ "0.01653 ,0.03271 ,0.054715 ,0.099925 ,0.14657 ,0.194545 ,0.2438 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.03946 ,0.045625 ,0.05341 ,0.06846 ,0.07912 ,0.08917 ,0.09883 ",\ "0.037715 ,0.044845 ,0.051765 ,0.06488 ,0.078975 ,0.09007 ,0.096325 ",\ "0.0289 ,0.0373 ,0.043525 ,0.05347 ,0.063265 ,0.074045 ,0.08594 ",\ "-0.001645 ,0.007125 ,0.012595 ,0.01967 ,0.02596 ,0.03323 ,0.042265 ",\ "-0.02201 ,-0.01496 ,-0.00965 ,-0.002145 ,0.00508 ,0.013975 ,0.0255 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01256 ,0.02006 ,0.030065 ,0.049985 ,0.06898 ,0.08785 ,0.10664 ",\ "0.011055 ,0.01847 ,0.02821 ,0.047735 ,0.067515 ,0.08668 ,0.10507 ",\ "0.011325 ,0.018535 ,0.027875 ,0.046415 ,0.065005 ,0.083745 ,0.102525 ",\ "0.014235 ,0.021095 ,0.02983 ,0.047105 ,0.06442 ,0.081895 ,0.09959 ",\ "0.016095 ,0.02291 ,0.03151 ,0.04859 ,0.06588 ,0.083535 ,0.101615 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.03909 ,0.0481 ,0.059795 ,0.08314 ,0.10573 ,0.128295 ,0.15084 ",\ "0.04706 ,0.057375 ,0.069455 ,0.092985 ,0.116485 ,0.1397 ,0.162485 ",\ "0.053755 ,0.0657 ,0.078525 ,0.102535 ,0.12583 ,0.148735 ,0.171385 ",\ "0.055865 ,0.06934 ,0.08374 ,0.109885 ,0.134255 ,0.15738 ,0.179435 ",\ "0.051665 ,0.064545 ,0.07975 ,0.107655 ,0.133425 ,0.15758 ,0.18037 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.013585 ,0.03146 ,0.054995 ,0.101695 ,0.15053 ,0.199435 ,0.24839 ",\ "0.01854 ,0.036365 ,0.060045 ,0.106445 ,0.15131 ,0.19793 ,0.24764 ",\ "0.02402 ,0.041845 ,0.06567 ,0.112675 ,0.15847 ,0.20285 ,0.24611 ",\ "0.031275 ,0.0493 ,0.073325 ,0.12124 ,0.16849 ,0.21473 ,0.25978 ",\ "0.033955 ,0.05202 ,0.076035 ,0.124165 ,0.1719 ,0.21881 ,0.264655 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.051415 ,0.056555 ,0.06328 ,0.076925 ,0.086955 ,0.096755 ,0.106405 ",\ "0.081 ,0.08695 ,0.09275 ,0.10469 ,0.118285 ,0.130155 ,0.138605 ",\ "0.112165 ,0.11948 ,0.12464 ,0.133945 ,0.144035 ,0.15525 ,0.167485 ",\ "0.164365 ,0.17234 ,0.17673 ,0.183905 ,0.19166 ,0.200345 ,0.209945 ",\ "0.189385 ,0.19537 ,0.19931 ,0.206865 ,0.21577 ,0.226215 ,0.238145 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.011145 ,0.018305 ,0.027675 ,0.04605 ,0.06535 ,0.08465 ,0.103955 ",\ "0.011255 ,0.01852 ,0.027995 ,0.046515 ,0.06448 ,0.08244 ,0.1018 ",\ "0.01132 ,0.018635 ,0.02813 ,0.046795 ,0.065105 ,0.083065 ,0.100675 ",\ "0.01154 ,0.01886 ,0.028285 ,0.046955 ,0.065515 ,0.083975 ,0.102335 ",\ "0.01176 ,0.01903 ,0.028375 ,0.04693 ,0.06542 ,0.083875 ,0.102285 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.045205 ,0.054135 ,0.06604 ,0.09023 ,0.11242 ,0.134635 ,0.156875 ",\ "0.075975 ,0.085445 ,0.096535 ,0.11931 ,0.14352 ,0.166845 ,0.188555 ",\ "0.108145 ,0.11871 ,0.129225 ,0.150005 ,0.171755 ,0.19445 ,0.217765 ",\ "0.16151 ,0.172605 ,0.18224 ,0.201215 ,0.22149 ,0.24287 ,0.265065 ",\ "0.18764 ,0.196865 ,0.20577 ,0.22467 ,0.245815 ,0.26874 ,0.293045 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.0147 ,0.03249 ,0.05622 ,0.10374 ,0.151615 ,0.199555 ,0.247545 ",\ "0.01507 ,0.03265 ,0.05618 ,0.103485 ,0.15105 ,0.198635 ,0.246045 ",\ "0.015715 ,0.033135 ,0.056515 ,0.103805 ,0.151715 ,0.20018 ,0.24917 ",\ "0.01728 ,0.034385 ,0.05739 ,0.104255 ,0.152155 ,0.201005 ,0.250755 ",\ "0.01823 ,0.035165 ,0.057925 ,0.104335 ,0.15183 ,0.20031 ,0.249725 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.040505 ,0.046155 ,0.053365 ,0.06743 ,0.07787 ,0.087835 ,0.097495 ",\ "0.049455 ,0.05577 ,0.062055 ,0.07423 ,0.087385 ,0.098275 ,0.105355 ",\ "0.053825 ,0.061395 ,0.067115 ,0.076725 ,0.086455 ,0.09709 ,0.10869 ",\ "0.04891 ,0.057 ,0.062095 ,0.069525 ,0.07672 ,0.08483 ,0.09431 ",\ "0.043385 ,0.049445 ,0.05414 ,0.0618 ,0.069845 ,0.079415 ,0.091055 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01053 ,0.01814 ,0.0282 ,0.04798 ,0.066895 ,0.085585 ,0.104125 ",\ "0.01036 ,0.017675 ,0.02731 ,0.046385 ,0.065405 ,0.08396 ,0.10201 ",\ "0.011735 ,0.01877 ,0.028 ,0.0462 ,0.064215 ,0.08215 ,0.10002 ",\ "0.01442 ,0.02112 ,0.0298 ,0.04701 ,0.064175 ,0.08137 ,0.09861 ",\ "0.015385 ,0.022025 ,0.03056 ,0.047645 ,0.064945 ,0.08252 ,0.10039 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.021165 ,0.030365 ,0.04259 ,0.06742 ,0.08958 ,0.11167 ,0.13373 ",\ "0.016685 ,0.02745 ,0.039425 ,0.062975 ,0.087405 ,0.110195 ,0.130105 ",\ "-0.00371 ,0.00975 ,0.021975 ,0.043765 ,0.06508 ,0.086775 ,0.109005 ",\ "-0.06206 ,-0.045885 ,-0.033845 ,-0.014075 ,0.00508 ,0.02503 ,0.046265 ",\ "-0.08859 ,-0.07464 ,-0.064075 ,-0.045595 ,-0.0261 ,-0.00432 ,0.020185 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.015505 ,0.03312 ,0.056465 ,0.103935 ,0.15184 ,0.19983 ,0.247875 ",\ "0.02031 ,0.037375 ,0.060205 ,0.10557 ,0.15165 ,0.19876 ,0.245965 ",\ "0.02558 ,0.042075 ,0.064365 ,0.10914 ,0.15385 ,0.19931 ,0.24568 ",\ "0.033515 ,0.049005 ,0.070235 ,0.113685 ,0.15794 ,0.2027 ,0.24777 ",\ "0.036585 ,0.051545 ,0.072205 ,0.11485 ,0.158645 ,0.203235 ,0.248425 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.04291 ,0.04829 ,0.05523 ,0.069335 ,0.07925 ,0.088905 ,0.0984 ",\ "0.0798 ,0.086545 ,0.09268 ,0.10518 ,0.119525 ,0.132005 ,0.140625 ",\ "0.121295 ,0.130285 ,0.136145 ,0.146295 ,0.157155 ,0.16916 ,0.182255 ",\ "0.19318 ,0.20416 ,0.2103 ,0.21991 ,0.22967 ,0.24012 ,0.251275 ",\ "0.228015 ,0.23708 ,0.2434 ,0.254725 ,0.26691 ,0.280335 ,0.295015 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.012095 ,0.019225 ,0.028445 ,0.046505 ,0.06567 ,0.08482 ,0.103955 ",\ "0.014705 ,0.02214 ,0.03166 ,0.049835 ,0.0669 ,0.084875 ,0.10483 ",\ "0.018235 ,0.02607 ,0.03601 ,0.05498 ,0.0728 ,0.089445 ,0.104945 ",\ "0.02523 ,0.033715 ,0.044455 ,0.064965 ,0.084175 ,0.10201 ,0.1184 ",\ "0.028745 ,0.037435 ,0.04855 ,0.0698 ,0.08965 ,0.10798 ,0.12471 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.03738 ,0.04594 ,0.057505 ,0.081115 ,0.10405 ,0.127135 ,0.15031 ",\ "0.065465 ,0.074115 ,0.085105 ,0.10769 ,0.13113 ,0.154635 ,0.177785 ",\ "0.09455 ,0.10387 ,0.114515 ,0.13601 ,0.1582 ,0.180885 ,0.203885 ",\ "0.141815 ,0.15191 ,0.16211 ,0.182785 ,0.204635 ,0.22729 ,0.250435 ",\ "0.16504 ,0.1741 ,0.183765 ,0.204355 ,0.226925 ,0.25089 ,0.275835 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01226 ,0.029925 ,0.053805 ,0.10253 ,0.149755 ,0.196975 ,0.244235 ",\ "0.01284 ,0.03011 ,0.05352 ,0.10126 ,0.150105 ,0.200005 ,0.246785 ",\ "0.013755 ,0.030845 ,0.05409 ,0.10148 ,0.14987 ,0.199195 ,0.24941 ",\ "0.015535 ,0.03242 ,0.055565 ,0.10276 ,0.15088 ,0.199815 ,0.24952 ",\ "0.016375 ,0.033205 ,0.05634 ,0.10357 ,0.15175 ,0.20075 ,0.25052 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.02617 ,0.03196 ,0.03974 ,0.05579 ,0.065855 ,0.07557 ,0.085055 ",\ "0.02666 ,0.033915 ,0.04061 ,0.05427 ,0.07037 ,0.082775 ,0.088495 ",\ "0.01487 ,0.024605 ,0.03073 ,0.04041 ,0.050615 ,0.062535 ,0.07624 ",\ "-0.022705 ,-0.011295 ,-0.00611 ,-0.00027 ,0.00545 ,0.012915 ,0.02284 ",\ "-0.0396 ,-0.031185 ,-0.027175 ,-0.021815 ,-0.01502 ,-0.00496 ,0.009145 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01153 ,0.019395 ,0.02962 ,0.04947 ,0.06954 ,0.089615 ,0.1096 ",\ "0.01197 ,0.01996 ,0.030235 ,0.050095 ,0.069235 ,0.087765 ,0.107165 ",\ "0.012875 ,0.0209 ,0.031095 ,0.050725 ,0.06959 ,0.08778 ,0.105345 ",\ "0.015205 ,0.02313 ,0.033145 ,0.05241 ,0.07091 ,0.08873 ,0.10591 ",\ "0.016535 ,0.024345 ,0.03428 ,0.05346 ,0.071925 ,0.089765 ,0.107 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.015415 ,0.0153 ,0.015235 ,0.01515 ,0.01509 ,0.01506 ,0.015055 ",\ "0.023375 ,0.0232 ,0.023105 ,0.022975 ,0.022885 ,0.02283 ,0.02281 ",\ "0.03459 ,0.03435 ,0.034215 ,0.03402 ,0.033885 ,0.0338 ,0.033765 ",\ "0.05841 ,0.0581 ,0.05788 ,0.05756 ,0.05733 ,0.05719 ,0.05714 ",\ "0.07099 ,0.070675 ,0.07042 ,0.070035 ,0.069765 ,0.0696 ,0.06954 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.018105 ,0.0177 ,0.017495 ,0.017215 ,0.01703 ,0.01692 ,0.01688 ",\ "0.0261 ,0.02563 ,0.02538 ,0.02504 ,0.02481 ,0.02467 ,0.024615 ",\ "0.037335 ,0.0368 ,0.036495 ,0.036075 ,0.035785 ,0.035605 ,0.035535 ",\ "0.061125 ,0.06052 ,0.060115 ,0.059525 ,0.05912 ,0.058875 ,0.058785 ",\ "0.07365 ,0.073045 ,0.072595 ,0.071925 ,0.07146 ,0.071185 ,0.071095 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.015845 ,0.015725 ,0.01566 ,0.015575 ,0.01552 ,0.015495 ,0.0155 ",\ "0.026385 ,0.02622 ,0.026135 ,0.026025 ,0.025945 ,0.0259 ,0.02588 ",\ "0.041355 ,0.041145 ,0.04103 ,0.040875 ,0.04076 ,0.040685 ,0.040645 ",\ "0.07322 ,0.072995 ,0.07282 ,0.072555 ,0.07237 ,0.072255 ,0.072215 ",\ "0.09008 ,0.08988 ,0.089675 ,0.089355 ,0.08913 ,0.089005 ,0.088975 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01854 ,0.018155 ,0.01796 ,0.017705 ,0.01754 ,0.01744 ,0.017415 ",\ "0.02907 ,0.02862 ,0.028385 ,0.028075 ,0.027865 ,0.02774 ,0.027695 ",\ "0.044015 ,0.0435 ,0.043215 ,0.04283 ,0.04256 ,0.0424 ,0.042335 ",\ "0.07585 ,0.07529 ,0.074915 ,0.07437 ,0.073995 ,0.07377 ,0.0737 ",\ "0.092705 ,0.092165 ,0.09175 ,0.091125 ,0.0907 ,0.090455 ,0.090395 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01071 ,0.01062 ,0.01058 ,0.010525 ,0.010495 ,0.01048 ,0.01048 ",\ "0.019775 ,0.01955 ,0.019445 ,0.019315 ,0.01923 ,0.019185 ,0.019165 ",\ "0.032545 ,0.032175 ,0.031995 ,0.03176 ,0.031605 ,0.03151 ,0.03148 ",\ "0.05972 ,0.059205 ,0.058895 ,0.058455 ,0.058155 ,0.057985 ,0.05793 ",\ "0.07411 ,0.073585 ,0.07322 ,0.072685 ,0.072315 ,0.072105 ,0.072045 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0035, 0.0139, 0.0276, 0.0552, 0.0827, 0.1102, 0.1378 "); values ("0.01354 ,0.01325 ,0.013115 ,0.01294 ,0.012815 ,0.012735 ,0.0127 ",\ "0.0228 ,0.02245 ,0.022285 ,0.02207 ,0.02192 ,0.021825 ,0.021775 ",\ "0.03569 ,0.035265 ,0.035055 ,0.03478 ,0.034585 ,0.034465 ,0.034405 ",\ "0.062555 ,0.06202 ,0.06171 ,0.06127 ,0.06097 ,0.060795 ,0.06074 ",\ "0.076505 ,0.07594 ,0.075565 ,0.07503 ,0.07467 ,0.07447 ,0.07442 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1378 ; } pin(A) { direction : input ; capacitance : 0.001719 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002844 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.002322 ; max_transition : 2.7273 ; } } cell(XOR2_A) { area : 7 ; cell_footprint : XOR2 ; cell_leakage_power : 0.286689 ; pin(Z) { direction : output ; function : "(A^B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.01778 ,0.025725 ,0.036395 ,0.05769 ,0.07887 ,0.10044 ,0.122075 ",\ "0.01425 ,0.02229 ,0.032935 ,0.054105 ,0.075115 ,0.09598 ,0.11671 ",\ "4.5e-05 ,0.00897 ,0.01988 ,0.041125 ,0.06213 ,0.08303 ,0.10388 ",\ "-0.03986 ,-0.028175 ,-0.01652 ,0.005085 ,0.02651 ,0.048265 ,0.07052 ",\ "-0.057915 ,-0.045305 ,-0.033655 ,-0.012305 ,0.009185 ,0.03149 ,0.054815 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.01878 ,0.03521 ,0.057415 ,0.102485 ,0.148365 ,0.19257 ,0.236545 ",\ "0.0232 ,0.038865 ,0.06035 ,0.103955 ,0.14817 ,0.19292 ,0.238185 ",\ "0.028925 ,0.04403 ,0.065145 ,0.108035 ,0.151335 ,0.194915 ,0.23874 ",\ "0.039485 ,0.053785 ,0.074525 ,0.116885 ,0.159545 ,0.202275 ,0.244995 ",\ "0.044285 ,0.058285 ,0.07895 ,0.12135 ,0.164135 ,0.207035 ,0.24995 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.02884 ,0.03411 ,0.04114 ,0.055385 ,0.06989 ,0.084055 ,0.098225 ",\ "0.05603 ,0.061925 ,0.069215 ,0.0835 ,0.097645 ,0.11167 ,0.125565 ",\ "0.083235 ,0.090655 ,0.098705 ,0.113705 ,0.128055 ,0.14191 ,0.155265 ",\ "0.127325 ,0.13782 ,0.147395 ,0.164135 ,0.179735 ,0.194565 ,0.20866 ",\ "0.151465 ,0.162435 ,0.17223 ,0.18943 ,0.205685 ,0.221375 ,0.236505 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.012285 ,0.021685 ,0.034555 ,0.06107 ,0.088545 ,0.116615 ,0.141865 ",\ "0.016515 ,0.02516 ,0.03734 ,0.06248 ,0.0884 ,0.115035 ,0.14235 ",\ "0.02198 ,0.03011 ,0.041995 ,0.066585 ,0.09177 ,0.117415 ,0.143475 ",\ "0.03238 ,0.03978 ,0.05142 ,0.075675 ,0.10033 ,0.125135 ,0.150005 ",\ "0.037345 ,0.044475 ,0.056075 ,0.080385 ,0.105075 ,0.129865 ,0.154645 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.02632 ,0.03279 ,0.04062 ,0.05574 ,0.07051 ,0.085915 ,0.101465 ",\ "0.0561 ,0.06657 ,0.077085 ,0.096145 ,0.11423 ,0.131715 ,0.14867 ",\ "0.08331 ,0.099535 ,0.113915 ,0.138575 ,0.16128 ,0.18281 ,0.20334 ",\ "0.124795 ,0.148955 ,0.16932 ,0.20305 ,0.233105 ,0.2607 ,0.28609 ",\ "0.151895 ,0.17583 ,0.197215 ,0.233345 ,0.2655 ,0.294655 ,0.320965 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.03284 ,0.0464 ,0.064885 ,0.10152 ,0.137385 ,0.17553 ,0.214015 ",\ "0.063705 ,0.07632 ,0.09512 ,0.13304 ,0.1702 ,0.20628 ,0.241165 ",\ "0.1006 ,0.112675 ,0.132625 ,0.17348 ,0.213405 ,0.251795 ,0.288435 ",\ "0.168795 ,0.17918 ,0.20111 ,0.24719 ,0.29163 ,0.333175 ,0.371375 ",\ "0.20421 ,0.21259 ,0.23492 ,0.282775 ,0.328595 ,0.37066 ,0.408385 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.01237 ,0.017095 ,0.022195 ,0.03198 ,0.041835 ,0.050985 ,0.06007 ",\ "0.009095 ,0.019555 ,0.027995 ,0.04202 ,0.05502 ,0.067675 ,0.080165 ",\ "-0.011465 ,0.00689 ,0.019955 ,0.03996 ,0.05751 ,0.074 ,0.089825 ",\ "-0.06743 ,-0.038955 ,-0.019205 ,0.010425 ,0.035995 ,0.059695 ,0.08214 ",\ "-0.084715 ,-0.05736 ,-0.03706 ,-0.005235 ,0.02296 ,0.049425 ,0.07469 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.021665 ,0.02802 ,0.03701 ,0.054875 ,0.072255 ,0.091305 ,0.11062 ",\ "0.05706 ,0.06237 ,0.071515 ,0.090345 ,0.108705 ,0.12626 ,0.142895 ",\ "0.1001 ,0.105115 ,0.115305 ,0.136685 ,0.15738 ,0.176815 ,0.194785 ",\ "0.177465 ,0.183675 ,0.196615 ,0.22328 ,0.24814 ,0.27035 ,0.289565 ",\ "0.21451 ,0.221815 ,0.236205 ,0.26523 ,0.29162 ,0.314445 ,0.333315 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.020745 ,0.025695 ,0.03261 ,0.045875 ,0.058105 ,0.07312 ,0.08857 ",\ "0.03166 ,0.03667 ,0.04458 ,0.06073 ,0.076645 ,0.09213 ,0.107135 ",\ "0.02858 ,0.03516 ,0.04469 ,0.06419 ,0.083885 ,0.10365 ,0.123435 ",\ "0.002305 ,0.01345 ,0.025635 ,0.04882 ,0.07169 ,0.09447 ,0.117165 ",\ "-0.00312 ,0.00885 ,0.02095 ,0.043195 ,0.064615 ,0.08548 ,0.105785 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.0255 ,0.03969 ,0.058765 ,0.096855 ,0.13474 ,0.173355 ,0.212145 ",\ "0.033125 ,0.04728 ,0.06698 ,0.10688 ,0.14704 ,0.18733 ,0.227715 ",\ "0.04121 ,0.05541 ,0.076 ,0.118225 ,0.161005 ,0.20411 ,0.247465 ",\ "0.05565 ,0.06946 ,0.09133 ,0.136585 ,0.18201 ,0.227105 ,0.271705 ",\ "0.06302 ,0.076175 ,0.09833 ,0.144175 ,0.189535 ,0.233735 ,0.276545 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.02772 ,0.033065 ,0.04011 ,0.0543 ,0.06869 ,0.08281 ,0.09693 ",\ "0.05061 ,0.05694 ,0.06437 ,0.07869 ,0.092755 ,0.106655 ,0.120405 ",\ "0.069845 ,0.07836 ,0.08678 ,0.101955 ,0.116305 ,0.130125 ,0.143465 ",\ "0.094185 ,0.107405 ,0.117885 ,0.135155 ,0.15098 ,0.166115 ,0.180715 ",\ "0.108185 ,0.12267 ,0.13359 ,0.151395 ,0.16796 ,0.184145 ,0.200115 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.013505 ,0.02281 ,0.03557 ,0.0618 ,0.088905 ,0.116855 ,0.14205 ",\ "0.01957 ,0.028075 ,0.040125 ,0.064955 ,0.09044 ,0.116485 ,0.14307 ",\ "0.027015 ,0.03502 ,0.04683 ,0.071195 ,0.095985 ,0.12104 ,0.146305 ",\ "0.040375 ,0.04784 ,0.05959 ,0.083955 ,0.108515 ,0.133005 ,0.15733 ",\ "0.046595 ,0.053925 ,0.065755 ,0.09039 ,0.115225 ,0.13996 ,0.164475 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.029575 ,0.038475 ,0.049695 ,0.07144 ,0.09251 ,0.115065 ,0.13786 ",\ "0.062065 ,0.07432 ,0.08804 ,0.113595 ,0.13782 ,0.160955 ,0.18306 ",\ "0.09582 ,0.11316 ,0.130595 ,0.161705 ,0.19044 ,0.21736 ,0.242595 ",\ "0.152725 ,0.178865 ,0.202995 ,0.244145 ,0.280765 ,0.313915 ,0.343805 ",\ "0.18442 ,0.2127 ,0.239085 ,0.283995 ,0.32355 ,0.35881 ,0.389965 "); } rise_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.02494 ,0.04087 ,0.062445 ,0.105275 ,0.14741 ,0.191545 ,0.235925 ",\ "0.042965 ,0.0578 ,0.079415 ,0.122975 ,0.165915 ,0.20795 ,0.24898 ",\ "0.067825 ,0.081275 ,0.103245 ,0.148435 ,0.19304 ,0.236465 ,0.27851 ",\ "0.121665 ,0.13051 ,0.152435 ,0.20002 ,0.247085 ,0.29218 ,0.33484 ",\ "0.15283 ,0.15783 ,0.17906 ,0.2271 ,0.27474 ,0.31994 ,0.36204 "); } cell_fall(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.00837 ,0.01339 ,0.018685 ,0.028715 ,0.038745 ,0.04811 ,0.057415 ",\ "0.000355 ,0.01181 ,0.02073 ,0.035325 ,0.048815 ,0.06198 ,0.07504 ",\ "-0.02801 ,-0.007705 ,0.00619 ,0.02707 ,0.04539 ,0.06276 ,0.079635 ",\ "-0.09962 ,-0.06805 ,-0.04724 ,-0.01676 ,0.009575 ,0.03434 ,0.058255 ",\ "-0.12142 ,-0.091275 ,-0.070275 ,-0.03818 ,-0.00966 ,0.017575 ,0.044145 "); } fall_transition(DELAY_DEF_A_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.021335 ,0.02897 ,0.0387 ,0.056365 ,0.071555 ,0.092525 ,0.114355 ",\ "0.05649 ,0.06635 ,0.079045 ,0.102385 ,0.122845 ,0.140345 ,0.154825 ",\ "0.09549 ,0.10881 ,0.125915 ,0.157435 ,0.185175 ,0.209015 ,0.228865 ",\ "0.162365 ,0.18077 ,0.205675 ,0.251585 ,0.2912 ,0.324085 ,0.35001 ",\ "0.19644 ,0.215135 ,0.24281 ,0.294315 ,0.33812 ,0.37339 ,0.399765 "); } } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.006565 ,0.00654 ,0.00653 ,0.006515 ,0.006515 ,0.006525 ,0.00654 ",\ "0.013155 ,0.012925 ,0.012795 ,0.012635 ,0.01252 ,0.012445 ,0.012405 ",\ "0.0224 ,0.021945 ,0.021665 ,0.02128 ,0.020995 ,0.020795 ,0.02067 ",\ "0.041935 ,0.04125 ,0.040695 ,0.039835 ,0.03917 ,0.038685 ,0.038365 ",\ "0.0522 ,0.051525 ,0.050845 ,0.04973 ,0.048855 ,0.04821 ,0.047785 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.00552 ,0.00547 ,0.005445 ,0.005415 ,0.005395 ,0.00539 ,0.00539 ",\ "0.012045 ,0.011845 ,0.01173 ,0.011575 ,0.011465 ,0.01139 ,0.011345 ",\ "0.02122 ,0.02087 ,0.020635 ,0.0203 ,0.02005 ,0.019875 ,0.01976 ",\ "0.04066 ,0.040205 ,0.03978 ,0.03908 ,0.03853 ,0.03812 ,0.03784 ",\ "0.05091 ,0.05051 ,0.050005 ,0.049125 ,0.04841 ,0.047865 ,0.047495 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.006935 ,0.00683 ,0.00677 ,0.006695 ,0.006655 ,0.00664 ,0.006645 ",\ "0.01412 ,0.013855 ,0.013695 ,0.013485 ,0.013335 ,0.013225 ,0.01316 ",\ "0.024135 ,0.02369 ,0.02341 ,0.023015 ,0.02272 ,0.022495 ,0.02234 ",\ "0.045045 ,0.044395 ,0.043895 ,0.04314 ,0.04256 ,0.042135 ,0.041855 ",\ "0.055925 ,0.05524 ,0.054645 ,0.05371 ,0.053 ,0.05249 ,0.052175 "); } fall_power(POWER_DEF_A_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0012, 0.0045, 0.0089, 0.0178, 0.0266, 0.0354, 0.0443 "); values ("0.005405 ,0.00537 ,0.005355 ,0.00534 ,0.00534 ,0.00534 ,0.00535 ",\ "0.01196 ,0.011655 ,0.01148 ,0.01125 ,0.01109 ,0.010985 ,0.010925 ",\ "0.02133 ,0.020735 ,0.02035 ,0.019805 ,0.01941 ,0.01913 ,0.01896 ",\ "0.041575 ,0.04072 ,0.03996 ,0.03875 ,0.037815 ,0.03713 ,0.036685 ",\ "0.05244 ,0.051605 ,0.050685 ,0.04912 ,0.047885 ,0.046965 ,0.04636 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0443 ; } pin(A) { direction : input ; capacitance : 0.001801 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002029 ; max_transition : 2.7273 ; } } cell(XOR2_B) { area : 7 ; cell_footprint : XOR2 ; cell_leakage_power : 0.431045 ; pin(Z) { direction : output ; function : "(A^B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.01541 ,0.023475 ,0.03431 ,0.05604 ,0.077845 ,0.0997 ,0.12158 ",\ "0.009835 ,0.018175 ,0.0291 ,0.050745 ,0.07222 ,0.09358 ,0.114885 ",\ "-0.00646 ,0.00298 ,0.01432 ,0.036185 ,0.05764 ,0.07891 ,0.10009 ",\ "-0.049485 ,-0.03724 ,-0.0251 ,-0.002775 ,0.019175 ,0.041375 ,0.064045 ",\ "-0.06868 ,-0.055815 ,-0.043855 ,-0.02194 ,0.0001 ,0.023 ,0.047005 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.01701 ,0.033945 ,0.056875 ,0.10359 ,0.14966 ,0.194975 ,0.24031 ",\ "0.021645 ,0.037845 ,0.06004 ,0.10517 ,0.15101 ,0.19749 ,0.24388 ",\ "0.02752 ,0.043215 ,0.06504 ,0.109335 ,0.15401 ,0.198925 ,0.244015 ",\ "0.03799 ,0.053085 ,0.074615 ,0.11836 ,0.16224 ,0.20599 ,0.24951 ",\ "0.04264 ,0.05759 ,0.07911 ,0.12299 ,0.167085 ,0.21109 ,0.25489 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.02646 ,0.031525 ,0.03822 ,0.052045 ,0.06561 ,0.07888 ,0.09223 ",\ "0.05313 ,0.059045 ,0.065805 ,0.079135 ,0.092695 ,0.106495 ,0.1205 ",\ "0.08043 ,0.08821 ,0.09554 ,0.109055 ,0.12235 ,0.135555 ,0.148625 ",\ "0.12586 ,0.13715 ,0.145635 ,0.1602 ,0.174425 ,0.18864 ,0.202765 ",\ "0.150795 ,0.1625 ,0.170985 ,0.185805 ,0.20085 ,0.216395 ,0.232275 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.010795 ,0.019755 ,0.032005 ,0.057185 ,0.08319 ,0.107775 ,0.13202 ",\ "0.014935 ,0.023225 ,0.03487 ,0.05886 ,0.083515 ,0.108755 ,0.134535 ",\ "0.02028 ,0.02812 ,0.0395 ,0.063005 ,0.08701 ,0.11137 ,0.136015 ",\ "0.030475 ,0.03779 ,0.04898 ,0.072205 ,0.09576 ,0.11939 ,0.142985 ",\ "0.03536 ,0.04257 ,0.05376 ,0.077045 ,0.100655 ,0.124295 ,0.14784 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.024895 ,0.03189 ,0.04048 ,0.05759 ,0.07448 ,0.09119 ,0.107955 ",\ "0.053985 ,0.06477 ,0.075475 ,0.095315 ,0.11479 ,0.13422 ,0.15384 ",\ "0.08176 ,0.09815 ,0.112145 ,0.136435 ,0.159435 ,0.18183 ,0.203715 ",\ "0.125605 ,0.149845 ,0.16911 ,0.201255 ,0.23082 ,0.25887 ,0.28551 ",\ "0.15273 ,0.176845 ,0.197045 ,0.23162 ,0.26368 ,0.29402 ,0.32262 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.03081 ,0.045155 ,0.064455 ,0.102065 ,0.14142 ,0.18244 ,0.22358 ",\ "0.06077 ,0.07409 ,0.093585 ,0.132585 ,0.170405 ,0.20666 ,0.24421 ",\ "0.09772 ,0.110165 ,0.130405 ,0.172005 ,0.21283 ,0.25213 ,0.289575 ",\ "0.168465 ,0.17857 ,0.19991 ,0.24567 ,0.29083 ,0.33386 ,0.374105 ",\ "0.205125 ,0.213145 ,0.23452 ,0.281465 ,0.327695 ,0.37118 ,0.41107 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.010305 ,0.015235 ,0.02086 ,0.032055 ,0.042625 ,0.05268 ,0.06272 ",\ "0.00564 ,0.015595 ,0.024 ,0.03847 ,0.052265 ,0.065985 ,0.07937 ",\ "-0.01581 ,0.001365 ,0.013815 ,0.033245 ,0.050605 ,0.06718 ,0.083365 ",\ "-0.0736 ,-0.046615 ,-0.028105 ,-0.00017 ,0.024365 ,0.04765 ,0.07032 ",\ "-0.093085 ,-0.066785 ,-0.04773 ,-0.01768 ,0.00964 ,0.036185 ,0.06253 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.021265 ,0.02975 ,0.04138 ,0.064 ,0.08801 ,0.113355 ,0.138815 ",\ "0.05503 ,0.062295 ,0.07385 ,0.097225 ,0.119745 ,0.141 ,0.163355 ",\ "0.097005 ,0.103725 ,0.115995 ,0.141585 ,0.166495 ,0.189995 ,0.21176 ",\ "0.17482 ,0.182175 ,0.196375 ,0.226135 ,0.254665 ,0.280775 ,0.303895 ",\ "0.21274 ,0.220955 ,0.23613 ,0.267465 ,0.296905 ,0.323105 ,0.34536 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.021605 ,0.02713 ,0.034695 ,0.04935 ,0.0651 ,0.081895 ,0.0988 ",\ "0.035045 ,0.040935 ,0.04949 ,0.066645 ,0.08337 ,0.099475 ,0.116115 ",\ "0.03823 ,0.045825 ,0.056015 ,0.07636 ,0.09647 ,0.11621 ,0.13548 ",\ "0.02802 ,0.03933 ,0.051765 ,0.075605 ,0.09905 ,0.122045 ,0.144445 ",\ "0.02933 ,0.04058 ,0.05249 ,0.07534 ,0.097855 ,0.11984 ,0.141 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.020905 ,0.03623 ,0.056785 ,0.09773 ,0.139195 ,0.181135 ,0.223135 ",\ "0.027725 ,0.042965 ,0.064015 ,0.106455 ,0.14891 ,0.191235 ,0.233855 ",\ "0.03635 ,0.05152 ,0.073155 ,0.11722 ,0.161565 ,0.205935 ,0.250215 ",\ "0.05116 ,0.066185 ,0.08871 ,0.134905 ,0.181165 ,0.227015 ,0.272255 ",\ "0.057835 ,0.07268 ,0.09548 ,0.142135 ,0.188395 ,0.23367 ,0.27771 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.023525 ,0.028635 ,0.035345 ,0.04911 ,0.06261 ,0.075825 ,0.0891 ",\ "0.040615 ,0.0469 ,0.053835 ,0.067235 ,0.080675 ,0.094275 ,0.10792 ",\ "0.05207 ,0.06087 ,0.06865 ,0.082405 ,0.09564 ,0.108705 ,0.121655 ",\ "0.061265 ,0.075235 ,0.08466 ,0.099665 ,0.113925 ,0.128295 ,0.142915 ",\ "0.06835 ,0.08348 ,0.09295 ,0.108005 ,0.12297 ,0.138775 ,0.15554 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.011865 ,0.020745 ,0.03287 ,0.057595 ,0.082855 ,0.108605 ,0.134205 ",\ "0.018185 ,0.026305 ,0.037805 ,0.06141 ,0.08546 ,0.10985 ,0.13453 ",\ "0.02599 ,0.033565 ,0.04479 ,0.067975 ,0.09154 ,0.11527 ,0.13909 ",\ "0.03993 ,0.046915 ,0.057945 ,0.08099 ,0.10438 ,0.127765 ,0.151 ",\ "0.04625 ,0.053125 ,0.06416 ,0.08733 ,0.110885 ,0.134435 ,0.157805 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.025495 ,0.03483 ,0.04631 ,0.06875 ,0.091315 ,0.114095 ,0.13692 ",\ "0.053165 ,0.066845 ,0.080865 ,0.10668 ,0.13149 ,0.155675 ,0.18017 ",\ "0.080035 ,0.10019 ,0.11811 ,0.14924 ,0.17827 ,0.20603 ,0.232675 ",\ "0.1227 ,0.153665 ,0.178565 ,0.21966 ,0.25673 ,0.291275 ,0.323555 ",\ "0.147605 ,0.18092 ,0.208045 ,0.25299 ,0.29342 ,0.330835 ,0.36546 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.023125 ,0.03981 ,0.062015 ,0.10502 ,0.149895 ,0.19664 ,0.24346 ",\ "0.042605 ,0.05855 ,0.08113 ,0.125775 ,0.168765 ,0.20978 ,0.25201 ",\ "0.06909 ,0.083935 ,0.107085 ,0.15403 ,0.19974 ,0.24355 ,0.28519 ",\ "0.124885 ,0.13561 ,0.159035 ,0.20921 ,0.258595 ,0.305625 ,0.349685 ",\ "0.155895 ,0.163045 ,0.185955 ,0.236875 ,0.287105 ,0.334465 ,0.37813 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.01022 ,0.015825 ,0.02211 ,0.035175 ,0.046785 ,0.05705 ,0.06729 ",\ "0.00769 ,0.019765 ,0.02932 ,0.04579 ,0.0621 ,0.079045 ,0.095335 ",\ "-0.0122 ,0.00887 ,0.02319 ,0.045125 ,0.065015 ,0.084515 ,0.104085 ",\ "-0.066735 ,-0.03445 ,-0.013325 ,0.01803 ,0.045705 ,0.0723 ,0.09854 ",\ "-0.081825 ,-0.051305 ,-0.029885 ,0.00375 ,0.03467 ,0.065135 ,0.095745 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.02266 ,0.03235 ,0.044365 ,0.065675 ,0.089935 ,0.11729 ,0.14474 ",\ "0.058475 ,0.071155 ,0.08655 ,0.11422 ,0.137865 ,0.157395 ,0.17899 ",\ "0.09795 ,0.11528 ,0.13591 ,0.173195 ,0.20556 ,0.232835 ,0.254845 ",\ "0.16547 ,0.189675 ,0.219565 ,0.27389 ,0.32063 ,0.359195 ,0.389165 ",\ "0.200305 ,0.225175 ,0.258375 ,0.319365 ,0.371255 ,0.412965 ,0.443845 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.010495 ,0.01045 ,0.010425 ,0.0104 ,0.010395 ,0.010395 ,0.01041 ",\ "0.02285 ,0.022455 ,0.022235 ,0.021935 ,0.021725 ,0.02159 ,0.02152 ",\ "0.040135 ,0.039355 ,0.03886 ,0.038155 ,0.03764 ,0.037285 ,0.037085 ",\ "0.07655 ,0.07537 ,0.074375 ,0.0728 ,0.071595 ,0.070735 ,0.070215 ",\ "0.095655 ,0.09446 ,0.09324 ,0.091205 ,0.08962 ,0.088475 ,0.087765 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.009135 ,0.00905 ,0.009 ,0.008945 ,0.008915 ,0.008905 ,0.00891 ",\ "0.02142 ,0.021065 ,0.02085 ,0.02054 ,0.020325 ,0.020175 ,0.0201 ",\ "0.038615 ,0.03798 ,0.037545 ,0.036895 ,0.03641 ,0.036065 ,0.03586 ",\ "0.074875 ,0.074025 ,0.073225 ,0.07191 ,0.07088 ,0.07011 ,0.069605 ",\ "0.09391 ,0.09313 ,0.092185 ,0.09055 ,0.08924 ,0.088245 ,0.08757 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.01003 ,0.009875 ,0.00978 ,0.009665 ,0.0096 ,0.00958 ,0.009605 ",\ "0.02145 ,0.021025 ,0.02077 ,0.02041 ,0.02015 ,0.019975 ,0.01988 ",\ "0.03731 ,0.036585 ,0.03612 ,0.035445 ,0.03493 ,0.03456 ,0.03432 ",\ "0.0703 ,0.069185 ,0.068335 ,0.06703 ,0.06604 ,0.06533 ,0.064895 ",\ "0.0874 ,0.08619 ,0.08517 ,0.08356 ,0.082345 ,0.081495 ,0.081 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.002, 0.0078, 0.0154, 0.0307, 0.0461, 0.0614, 0.0767 "); values ("0.007925 ,0.007835 ,0.0078 ,0.007765 ,0.00775 ,0.00775 ,0.00776 ",\ "0.01842 ,0.017845 ,0.017505 ,0.017045 ,0.01672 ,0.016515 ,0.01642 ",\ "0.033355 ,0.03227 ,0.031545 ,0.030485 ,0.02971 ,0.029185 ,0.0289 ",\ "0.065475 ,0.06395 ,0.06256 ,0.060305 ,0.058555 ,0.05728 ,0.05647 ",\ "0.08263 ,0.081175 ,0.079515 ,0.07666 ,0.074385 ,0.07268 ,0.07154 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.0767 ; } pin(A) { direction : input ; capacitance : 0.002559 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002501 ; max_transition : 2.7273 ; } } cell(XOR2_C) { area : 7 ; cell_footprint : XOR2 ; cell_leakage_power : 0.688146 ; pin(Z) { direction : output ; function : "(A^B)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.014465 ,0.022535 ,0.03343 ,0.055405 ,0.07728 ,0.0992 ,0.121155 ",\ "0.00905 ,0.01755 ,0.028635 ,0.05058 ,0.072395 ,0.0941 ,0.115495 ",\ "-0.00683 ,0.00301 ,0.014675 ,0.036955 ,0.05872 ,0.080285 ,0.10179 ",\ "-0.048655 ,-0.035825 ,-0.023205 ,-0.000275 ,0.02207 ,0.044605 ,0.06761 ",\ "-0.06702 ,-0.053775 ,-0.041435 ,-0.01894 ,0.003585 ,0.02697 ,0.051505 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.015845 ,0.03293 ,0.05609 ,0.10314 ,0.14899 ,0.194895 ,0.24084 ",\ "0.02081 ,0.03715 ,0.059615 ,0.105335 ,0.15176 ,0.19848 ,0.24405 ",\ "0.02699 ,0.04282 ,0.06495 ,0.10992 ,0.15522 ,0.200645 ,0.246085 ",\ "0.037825 ,0.05311 ,0.075015 ,0.11962 ,0.164265 ,0.208565 ,0.252345 ",\ "0.04263 ,0.05781 ,0.079745 ,0.124575 ,0.16953 ,0.21415 ,0.25822 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.02529 ,0.030825 ,0.0383 ,0.053985 ,0.068335 ,0.082805 ,0.097355 ",\ "0.05098 ,0.0572 ,0.064415 ,0.079195 ,0.094845 ,0.110845 ,0.125695 ",\ "0.077435 ,0.08546 ,0.09293 ,0.107225 ,0.121895 ,0.13695 ,0.15228 ",\ "0.12127 ,0.13305 ,0.141435 ,0.15624 ,0.17131 ,0.18681 ,0.202545 ",\ "0.14499 ,0.157375 ,0.16583 ,0.181085 ,0.19723 ,0.21435 ,0.232175 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.01079 ,0.02076 ,0.03437 ,0.062255 ,0.090905 ,0.118125 ,0.14537 ",\ "0.014965 ,0.02425 ,0.037285 ,0.06407 ,0.09146 ,0.11933 ,0.14761 ",\ "0.02044 ,0.029225 ,0.04199 ,0.068315 ,0.09509 ,0.12209 ,0.149215 ",\ "0.03095 ,0.039115 ,0.05165 ,0.07773 ,0.10411 ,0.130395 ,0.15642 ",\ "0.035955 ,0.043965 ,0.05649 ,0.08265 ,0.10912 ,0.13543 ,0.161385 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.02375 ,0.031225 ,0.04069 ,0.06005 ,0.07781 ,0.095625 ,0.113485 ",\ "0.05185 ,0.06281 ,0.07391 ,0.095255 ,0.117065 ,0.13902 ,0.15937 ",\ "0.078915 ,0.095325 ,0.10928 ,0.134055 ,0.15821 ,0.18236 ,0.20658 ",\ "0.12121 ,0.145975 ,0.165065 ,0.19703 ,0.22688 ,0.255675 ,0.283545 ",\ "0.14657 ,0.171845 ,0.19226 ,0.227155 ,0.259905 ,0.291415 ,0.32174 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.029375 ,0.04428 ,0.06402 ,0.10223 ,0.145395 ,0.188795 ,0.232345 ",\ "0.059845 ,0.073605 ,0.093495 ,0.132655 ,0.169565 ,0.20678 ,0.25369 ",\ "0.097955 ,0.11065 ,0.131215 ,0.17336 ,0.21416 ,0.252545 ,0.28803 ",\ "0.171855 ,0.181815 ,0.20323 ,0.24989 ,0.29608 ,0.339645 ,0.37961 ",\ "0.21016 ,0.21788 ,0.239175 ,0.287005 ,0.334435 ,0.37867 ,0.418475 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.009965 ,0.015315 ,0.021815 ,0.03498 ,0.046095 ,0.05715 ,0.06817 ",\ "0.00558 ,0.015635 ,0.02463 ,0.040875 ,0.05717 ,0.072525 ,0.08504 ",\ "-0.014655 ,0.00238 ,0.015155 ,0.0356 ,0.0544 ,0.07296 ,0.09176 ",\ "-0.069775 ,-0.042855 ,-0.02405 ,0.00432 ,0.02929 ,0.05331 ,0.077235 ",\ "-0.088995 ,-0.06243 ,-0.042805 ,-0.01203 ,0.01585 ,0.043245 ,0.070995 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.02215 ,0.032735 ,0.046935 ,0.07463 ,0.105855 ,0.1373 ,0.16889 ",\ "0.055545 ,0.06489 ,0.0789 ,0.106815 ,0.133255 ,0.16009 ,0.194615 ",\ "0.09772 ,0.10637 ,0.12087 ,0.15092 ,0.179995 ,0.207095 ,0.23173 ",\ "0.1775 ,0.18615 ,0.20201 ,0.235955 ,0.269085 ,0.29961 ,0.326625 ",\ "0.21672 ,0.22576 ,0.24225 ,0.27762 ,0.31189 ,0.342905 ,0.369555 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.01713 ,0.023405 ,0.03193 ,0.04909 ,0.06696 ,0.084965 ,0.10307 ",\ "0.02309 ,0.030265 ,0.039745 ,0.0586 ,0.077295 ,0.096015 ,0.115665 ",\ "0.018185 ,0.027615 ,0.038705 ,0.06011 ,0.08113 ,0.10187 ,0.12234 ",\ "-0.005095 ,0.008395 ,0.02152 ,0.045855 ,0.069685 ,0.09329 ,0.11667 ",\ "-0.01044 ,0.002755 ,0.015155 ,0.03855 ,0.06203 ,0.085645 ,0.109225 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.017725 ,0.03414 ,0.05629 ,0.100905 ,0.14546 ,0.19011 ,0.234825 ",\ "0.02455 ,0.040775 ,0.063105 ,0.10836 ,0.15398 ,0.19981 ,0.24586 ",\ "0.032405 ,0.048575 ,0.07133 ,0.117635 ,0.16422 ,0.210795 ,0.257215 ",\ "0.04571 ,0.061805 ,0.085345 ,0.133375 ,0.18123 ,0.22835 ,0.274485 ",\ "0.05184 ,0.067775 ,0.091585 ,0.14018 ,0.188245 ,0.235075 ,0.28035 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.022705 ,0.028245 ,0.035685 ,0.05116 ,0.06554 ,0.08002 ,0.09457 ",\ "0.04184 ,0.048315 ,0.05571 ,0.070555 ,0.08599 ,0.10164 ,0.11626 ",\ "0.05798 ,0.066705 ,0.074655 ,0.08939 ,0.104145 ,0.119115 ,0.13428 ",\ "0.078905 ,0.09239 ,0.10171 ,0.117405 ,0.132955 ,0.14889 ,0.16521 ",\ "0.09141 ,0.10591 ,0.11535 ,0.131415 ,0.148015 ,0.16569 ,0.18438 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.011565 ,0.02151 ,0.034985 ,0.06219 ,0.089525 ,0.116955 ,0.14445 ",\ "0.017405 ,0.02668 ,0.03967 ,0.06608 ,0.092645 ,0.119505 ,0.14692 ",\ "0.024675 ,0.0335 ,0.046335 ,0.072625 ,0.09903 ,0.12528 ,0.151255 ",\ "0.03808 ,0.046475 ,0.05929 ,0.08585 ,0.112495 ,0.138765 ,0.16445 ",\ "0.044405 ,0.05277 ,0.065645 ,0.09244 ,0.119345 ,0.145815 ,0.171595 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.02394 ,0.033285 ,0.044985 ,0.06855 ,0.09081 ,0.113095 ,0.13541 ",\ "0.05184 ,0.065335 ,0.07902 ,0.1049 ,0.130825 ,0.15676 ,0.181635 ",\ "0.079565 ,0.09954 ,0.11661 ,0.146535 ,0.17524 ,0.203565 ,0.231675 ",\ "0.123705 ,0.15504 ,0.17883 ,0.217705 ,0.25324 ,0.287095 ,0.3196 ",\ "0.148565 ,0.18266 ,0.208975 ,0.252105 ,0.291355 ,0.328495 ,0.36388 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.021695 ,0.038595 ,0.06078 ,0.10368 ,0.15112 ,0.19867 ,0.24629 ",\ "0.0402 ,0.05647 ,0.07912 ,0.123385 ,0.16526 ,0.207225 ,0.257985 ",\ "0.06523 ,0.080425 ,0.103685 ,0.150675 ,0.196115 ,0.239195 ,0.279565 ",\ "0.11796 ,0.128925 ,0.15248 ,0.203265 ,0.253425 ,0.301095 ,0.34553 ",\ "0.146855 ,0.15422 ,0.17732 ,0.229075 ,0.28034 ,0.328595 ,0.372855 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.009125 ,0.01495 ,0.022045 ,0.03663 ,0.047785 ,0.058855 ,0.06988 ",\ "0.005695 ,0.017225 ,0.027115 ,0.045295 ,0.064325 ,0.081675 ,0.094295 ",\ "-0.01451 ,0.00531 ,0.019475 ,0.04208 ,0.063435 ,0.08522 ,0.10798 ",\ "-0.069595 ,-0.03862 ,-0.017885 ,0.01308 ,0.040665 ,0.06772 ,0.095185 ",\ "-0.086165 ,-0.05622 ,-0.03486 ,-0.001515 ,0.02911 ,0.059715 ,0.091225 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.02393 ,0.03584 ,0.050005 ,0.075075 ,0.10831 ,0.141665 ,0.17511 ",\ "0.059385 ,0.07546 ,0.093705 ,0.12487 ,0.149445 ,0.173585 ,0.21675 ",\ "0.09783 ,0.12027 ,0.144955 ,0.187785 ,0.22299 ,0.25041 ,0.269805 ",\ "0.16194 ,0.194505 ,0.231065 ,0.29558 ,0.34959 ,0.3925 ,0.423805 ",\ "0.19429 ,0.228945 ,0.2702 ,0.343985 ,0.405655 ,0.454115 ,0.488625 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.015165 ,0.01508 ,0.015045 ,0.01501 ,0.014995 ,0.014995 ,0.01501 ",\ "0.034795 ,0.034185 ,0.033845 ,0.033375 ,0.03305 ,0.032845 ,0.03275 ",\ "0.06218 ,0.060985 ,0.060225 ,0.05912 ,0.05832 ,0.05779 ,0.05751 ",\ "0.11972 ,0.117885 ,0.11633 ,0.113865 ,0.112 ,0.110695 ,0.10995 ",\ "0.14983 ,0.147945 ,0.146025 ,0.14283 ,0.140375 ,0.138635 ,0.1376 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.013465 ,0.01332 ,0.01324 ,0.013145 ,0.013085 ,0.013065 ,0.013075 ",\ "0.03303 ,0.032455 ,0.032095 ,0.03157 ,0.031195 ,0.030945 ,0.030815 ",\ "0.060325 ,0.0593 ,0.05858 ,0.05748 ,0.056665 ,0.05609 ,0.055755 ",\ "0.117655 ,0.116255 ,0.114935 ,0.112765 ,0.111065 ,0.109815 ,0.109005 ",\ "0.14765 ,0.146325 ,0.144775 ,0.142105 ,0.139965 ,0.13836 ,0.137285 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.01443 ,0.014285 ,0.014225 ,0.014165 ,0.01415 ,0.014175 ,0.014245 ",\ "0.03384 ,0.03332 ,0.033035 ,0.032655 ,0.032395 ,0.03223 ,0.03216 ",\ "0.060745 ,0.059785 ,0.05921 ,0.05838 ,0.057775 ,0.057365 ,0.057135 ",\ "0.11646 ,0.114895 ,0.113745 ,0.111995 ,0.110705 ,0.109835 ,0.10938 ",\ "0.14523 ,0.14349 ,0.14206 ,0.139835 ,0.138205 ,0.137135 ,0.136615 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0031, 0.0121, 0.024, 0.048, 0.0719, 0.0958, 0.1198 "); values ("0.012255 ,0.012095 ,0.012025 ,0.011945 ,0.011905 ,0.011895 ,0.01191 ",\ "0.03077 ,0.029945 ,0.02944 ,0.028725 ,0.028215 ,0.02788 ,0.02772 ",\ "0.056795 ,0.055265 ,0.054215 ,0.052635 ,0.051475 ,0.05068 ,0.050245 ",\ "0.11187 ,0.109705 ,0.10774 ,0.104535 ,0.10206 ,0.100275 ,0.09917 ",\ "0.14087 ,0.13878 ,0.13645 ,0.132485 ,0.129355 ,0.127035 ,0.125535 "); } related_pin : "B" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1198 ; } pin(A) { direction : input ; capacitance : 0.003398 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.003412 ; max_transition : 2.7273 ; } } cell(XOR3_B) { area : 15 ; cell_footprint : XOR3 ; cell_leakage_power : 0.545547 ; pin(Z) { direction : output ; function : "(A^B^C)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.04462 ,0.053615 ,0.06522 ,0.088375 ,0.110865 ,0.13331 ,0.15573 ",\ "0.04017 ,0.050745 ,0.062985 ,0.08649 ,0.109755 ,0.132655 ,0.154435 ",\ "0.02987 ,0.04237 ,0.05559 ,0.07982 ,0.103055 ,0.125935 ,0.14872 ",\ "0.001745 ,0.01668 ,0.031865 ,0.058215 ,0.082165 ,0.104885 ,0.126915 ",\ "-0.01643 ,-0.00121 ,0.015 ,0.042915 ,0.067735 ,0.090845 ,0.112925 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.012455 ,0.030155 ,0.05367 ,0.100415 ,0.148125 ,0.195865 ,0.24362 ",\ "0.018045 ,0.035495 ,0.05883 ,0.1052 ,0.150955 ,0.196985 ,0.24512 ",\ "0.02613 ,0.043405 ,0.066625 ,0.11291 ,0.15867 ,0.203715 ,0.24794 ",\ "0.03875 ,0.05607 ,0.07922 ,0.125475 ,0.171205 ,0.216085 ,0.25994 ",\ "0.043105 ,0.06059 ,0.083785 ,0.13007 ,0.17576 ,0.220475 ,0.26401 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.05681 ,0.064065 ,0.073345 ,0.092955 ,0.10605 ,0.11876 ,0.131215 ",\ "0.092865 ,0.10281 ,0.111835 ,0.12942 ,0.148845 ,0.16744 ,0.178665 ",\ "0.132515 ,0.1462 ,0.155755 ,0.171235 ,0.18629 ,0.20199 ,0.218645 ",\ "0.196055 ,0.212905 ,0.224125 ,0.24037 ,0.25409 ,0.26683 ,0.279095 ",\ "0.224015 ,0.238355 ,0.25029 ,0.26937 ,0.28624 ,0.30233 ,0.31823 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.015105 ,0.02532 ,0.038495 ,0.06386 ,0.09002 ,0.115915 ,0.14164 ",\ "0.02732 ,0.037505 ,0.05028 ,0.074045 ,0.095695 ,0.117155 ,0.143395 ",\ "0.039515 ,0.04983 ,0.06208 ,0.084285 ,0.10381 ,0.120695 ,0.134935 ",\ "0.05128 ,0.06173 ,0.07325 ,0.094265 ,0.113185 ,0.12991 ,0.144305 ",\ "0.05414 ,0.063945 ,0.07496 ,0.096115 ,0.11644 ,0.13568 ,0.153605 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.05467 ,0.063165 ,0.07461 ,0.098105 ,0.12041 ,0.14281 ,0.165275 ",\ "0.09033 ,0.09909 ,0.110075 ,0.1325 ,0.155685 ,0.1792 ,0.20236 ",\ "0.127695 ,0.137325 ,0.148185 ,0.16982 ,0.1918 ,0.21391 ,0.23594 ",\ "0.18718 ,0.19716 ,0.20765 ,0.228845 ,0.25071 ,0.272675 ,0.294305 ",\ "0.21571 ,0.223765 ,0.233425 ,0.254445 ,0.27709 ,0.30039 ,0.32373 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01323 ,0.030715 ,0.054395 ,0.102915 ,0.149705 ,0.196305 ,0.242945 ",\ "0.0138 ,0.03086 ,0.054015 ,0.101465 ,0.15036 ,0.200645 ,0.24736 ",\ "0.014685 ,0.03148 ,0.054305 ,0.101105 ,0.149315 ,0.19887 ,0.24974 ",\ "0.016375 ,0.03281 ,0.055165 ,0.10105 ,0.14837 ,0.19703 ,0.247 ",\ "0.017155 ,0.033475 ,0.055635 ,0.101165 ,0.14817 ,0.196565 ,0.24631 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.046915 ,0.0548 ,0.06479 ,0.08532 ,0.098625 ,0.11121 ,0.123325 ",\ "0.040795 ,0.050515 ,0.059605 ,0.07703 ,0.096185 ,0.1138 ,0.12154 ",\ "0.02742 ,0.03911 ,0.047475 ,0.06079 ,0.073985 ,0.08858 ,0.1052 ",\ "-0.00531 ,0.006245 ,0.013415 ,0.022605 ,0.030495 ,0.039305 ,0.05004 ",\ "-0.024315 ,-0.015625 ,-0.00898 ,0.000405 ,0.00914 ,0.019555 ,0.032845 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01932 ,0.02929 ,0.041675 ,0.063935 ,0.08873 ,0.115005 ,0.141185 ",\ "0.016185 ,0.026955 ,0.04023 ,0.064875 ,0.087395 ,0.107945 ,0.13067 ",\ "0.0131 ,0.023945 ,0.03718 ,0.06243 ,0.08667 ,0.1101 ,0.132815 ",\ "0.01276 ,0.022695 ,0.034825 ,0.058785 ,0.08306 ,0.10789 ,0.13337 ",\ "0.015655 ,0.02469 ,0.035895 ,0.058235 ,0.08111 ,0.10473 ,0.129195 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.045165 ,0.053715 ,0.065295 ,0.089125 ,0.111535 ,0.134025 ,0.15657 ",\ "0.0516 ,0.06072 ,0.072105 ,0.09502 ,0.11853 ,0.14198 ,0.16392 ",\ "0.04687 ,0.057205 ,0.06873 ,0.090865 ,0.11286 ,0.13493 ,0.15713 ",\ "0.020825 ,0.031715 ,0.042945 ,0.064235 ,0.085525 ,0.107105 ,0.129035 ",\ "0.00819 ,0.016795 ,0.02683 ,0.04729 ,0.068935 ,0.091795 ,0.11583 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.0129 ,0.030435 ,0.05414 ,0.10256 ,0.149345 ,0.19604 ,0.242775 ",\ "0.01284 ,0.030055 ,0.05335 ,0.100935 ,0.149795 ,0.199885 ,0.246405 ",\ "0.01293 ,0.030015 ,0.053165 ,0.100445 ,0.14894 ,0.198615 ,0.24945 ",\ "0.01308 ,0.030025 ,0.05304 ,0.099995 ,0.148075 ,0.19723 ,0.24743 ",\ "0.01311 ,0.03001 ,0.052975 ,0.09981 ,0.147725 ,0.19666 ,0.246605 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.063895 ,0.071785 ,0.081665 ,0.10204 ,0.115305 ,0.12791 ,0.140085 ",\ "0.104495 ,0.114605 ,0.12364 ,0.14108 ,0.160335 ,0.17871 ,0.189005 ",\ "0.151605 ,0.164795 ,0.173655 ,0.188025 ,0.202355 ,0.21772 ,0.234415 ",\ "0.23356 ,0.2487 ,0.25807 ,0.271695 ,0.28395 ,0.29619 ,0.308825 ",\ "0.270985 ,0.28327 ,0.29303 ,0.30912 ,0.32442 ,0.340135 ,0.35673 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.020695 ,0.02989 ,0.041685 ,0.064435 ,0.08824 ,0.111895 ,0.13545 ",\ "0.023605 ,0.033325 ,0.045475 ,0.06848 ,0.090065 ,0.111525 ,0.135915 ",\ "0.027545 ,0.03786 ,0.05041 ,0.073985 ,0.095965 ,0.116465 ,0.13552 ",\ "0.035525 ,0.046665 ,0.059925 ,0.084605 ,0.10738 ,0.128335 ,0.147485 ",\ "0.039675 ,0.050975 ,0.06454 ,0.08979 ,0.11299 ,0.134195 ,0.153415 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.061385 ,0.069945 ,0.081455 ,0.105045 ,0.127475 ,0.14999 ,0.172565 ",\ "0.099615 ,0.108335 ,0.119335 ,0.141895 ,0.16529 ,0.18905 ,0.212415 ",\ "0.14312 ,0.152435 ,0.163195 ,0.184925 ,0.207215 ,0.22976 ,0.25233 ",\ "0.21922 ,0.22844 ,0.238785 ,0.260145 ,0.28233 ,0.30464 ,0.326585 ",\ "0.25616 ,0.26359 ,0.27335 ,0.29486 ,0.317895 ,0.341385 ,0.364675 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.012995 ,0.030585 ,0.05437 ,0.102995 ,0.149855 ,0.196705 ,0.24359 ",\ "0.01323 ,0.030465 ,0.053815 ,0.101585 ,0.15071 ,0.20115 ,0.247515 ",\ "0.013695 ,0.03074 ,0.05387 ,0.101225 ,0.14992 ,0.19991 ,0.251175 ",\ "0.014705 ,0.031465 ,0.054285 ,0.101005 ,0.14902 ,0.19826 ,0.24869 ",\ "0.01524 ,0.03188 ,0.05455 ,0.10095 ,0.14861 ,0.19744 ,0.24741 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.043565 ,0.05131 ,0.061325 ,0.08247 ,0.095535 ,0.107995 ,0.120065 ",\ "0.051715 ,0.061735 ,0.07073 ,0.08823 ,0.107905 ,0.12621 ,0.1345 ",\ "0.048645 ,0.06199 ,0.070625 ,0.08389 ,0.0969 ,0.11113 ,0.12711 ",\ "0.023815 ,0.03892 ,0.04693 ,0.05677 ,0.065255 ,0.07452 ,0.085385 ",\ "0.01061 ,0.021735 ,0.02866 ,0.03876 ,0.04913 ,0.061765 ,0.07754 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01977 ,0.0291 ,0.04116 ,0.06459 ,0.08871 ,0.112675 ,0.136535 ",\ "0.020555 ,0.030165 ,0.04237 ,0.06579 ,0.088165 ,0.110505 ,0.13456 ",\ "0.021375 ,0.031195 ,0.043415 ,0.06679 ,0.089145 ,0.110605 ,0.13123 ",\ "0.02344 ,0.033465 ,0.04562 ,0.0688 ,0.091025 ,0.112445 ,0.13312 ",\ "0.024775 ,0.034795 ,0.04688 ,0.069955 ,0.09213 ,0.11356 ,0.134285 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.02299 ,0.03208 ,0.04424 ,0.069605 ,0.09128 ,0.1129 ,0.13449 ",\ "0.02162 ,0.032135 ,0.04377 ,0.066945 ,0.09142 ,0.115385 ,0.134555 ",\ "0.00521 ,0.01836 ,0.03004 ,0.050995 ,0.07182 ,0.09333 ,0.11578 ",\ "-0.04589 ,-0.0301 ,-0.01876 ,-0.00013 ,0.018225 ,0.03764 ,0.05855 ",\ "-0.06933 ,-0.055815 ,-0.0459 ,-0.028375 ,-0.00945 ,0.01207 ,0.036575 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01504 ,0.03265 ,0.0562 ,0.10336 ,0.150725 ,0.19814 ,0.24559 ",\ "0.01978 ,0.036665 ,0.059405 ,0.10521 ,0.15128 ,0.19749 ,0.243655 ",\ "0.025245 ,0.041435 ,0.06339 ,0.107955 ,0.153125 ,0.198765 ,0.24479 ",\ "0.03388 ,0.048885 ,0.069405 ,0.11175 ,0.15545 ,0.200245 ,0.245995 ",\ "0.03752 ,0.051915 ,0.071715 ,0.112975 ,0.155995 ,0.20047 ,0.24622 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.04504 ,0.051265 ,0.059275 ,0.07614 ,0.088435 ,0.100515 ,0.11246 ",\ "0.080795 ,0.08876 ,0.096185 ,0.110955 ,0.127315 ,0.143395 ,0.154505 ",\ "0.12041 ,0.131025 ,0.13848 ,0.15126 ,0.16432 ,0.178205 ,0.192995 ",\ "0.188005 ,0.20095 ,0.20902 ,0.221785 ,0.234185 ,0.24693 ,0.26009 ",\ "0.220355 ,0.23134 ,0.239565 ,0.25414 ,0.269185 ,0.285195 ,0.30223 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01286 ,0.02173 ,0.03319 ,0.055405 ,0.079455 ,0.103515 ,0.12758 ",\ "0.01596 ,0.02517 ,0.037 ,0.05959 ,0.08078 ,0.1022 ,0.127165 ",\ "0.02022 ,0.029835 ,0.04209 ,0.06557 ,0.087725 ,0.10851 ,0.1279 ",\ "0.028615 ,0.038935 ,0.05196 ,0.076945 ,0.100555 ,0.12269 ,0.143285 ",\ "0.032715 ,0.04331 ,0.05669 ,0.082325 ,0.10645 ,0.128945 ,0.149725 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.038355 ,0.04683 ,0.05829 ,0.08195 ,0.10421 ,0.126585 ,0.14904 ",\ "0.0639 ,0.07272 ,0.083685 ,0.106115 ,0.129495 ,0.15304 ,0.1752 ",\ "0.08804 ,0.097925 ,0.10876 ,0.13015 ,0.15204 ,0.174425 ,0.197205 ",\ "0.12277 ,0.13406 ,0.14472 ,0.165405 ,0.18688 ,0.209115 ,0.231925 ",\ "0.13931 ,0.14971 ,0.15979 ,0.18031 ,0.202555 ,0.226305 ,0.25129 "); } rise_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.012625 ,0.03015 ,0.05389 ,0.102515 ,0.149375 ,0.196115 ,0.242895 ",\ "0.013295 ,0.030425 ,0.053685 ,0.10125 ,0.15009 ,0.200155 ,0.246865 ",\ "0.01431 ,0.031305 ,0.054445 ,0.10167 ,0.149995 ,0.19934 ,0.24968 ",\ "0.016235 ,0.033145 ,0.056295 ,0.103495 ,0.15162 ,0.200555 ,0.250265 ",\ "0.017135 ,0.03404 ,0.057255 ,0.10463 ,0.15293 ,0.20204 ,0.2519 "); } cell_fall(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.034715 ,0.0418 ,0.051305 ,0.07209 ,0.08457 ,0.09666 ,0.1085 ",\ "0.04467 ,0.0535 ,0.0615 ,0.077945 ,0.097455 ,0.11581 ,0.12329 ",\ "0.04321 ,0.055005 ,0.06218 ,0.07358 ,0.08575 ,0.099955 ,0.11661 ",\ "0.02189 ,0.035325 ,0.0412 ,0.04804 ,0.055025 ,0.06407 ,0.075845 ",\ "0.01207 ,0.021475 ,0.02593 ,0.032555 ,0.041345 ,0.054065 ,0.071405 "); } fall_transition(DELAY_DEF_B_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.0152 ,0.024845 ,0.03736 ,0.06151 ,0.08465 ,0.10925 ,0.134055 ",\ "0.015275 ,0.02517 ,0.03787 ,0.06232 ,0.08574 ,0.10823 ,0.129835 ",\ "0.015835 ,0.025835 ,0.038505 ,0.062835 ,0.086115 ,0.108455 ,0.1299 ",\ "0.01793 ,0.027915 ,0.040405 ,0.06435 ,0.087245 ,0.10921 ,0.13028 ",\ "0.01937 ,0.02926 ,0.041645 ,0.065405 ,0.08814 ,0.10996 ,0.130895 "); } } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.011795 ,0.011695 ,0.011645 ,0.01158 ,0.011535 ,0.01151 ,0.0115 ",\ "0.017155 ,0.01701 ,0.016935 ,0.016835 ,0.016765 ,0.016725 ,0.016705 ",\ "0.02471 ,0.02452 ,0.02441 ,0.02426 ,0.024155 ,0.02409 ,0.024065 ",\ "0.04077 ,0.04051 ,0.040335 ,0.040085 ,0.03991 ,0.039805 ,0.03976 ",\ "0.049255 ,0.04898 ,0.048775 ,0.048475 ,0.04826 ,0.048135 ,0.04809 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.014425 ,0.014035 ,0.013835 ,0.013575 ,0.0134 ,0.013295 ,0.01326 ",\ "0.01982 ,0.019375 ,0.01914 ,0.01882 ,0.01861 ,0.01848 ,0.01844 ",\ "0.0274 ,0.0269 ,0.026615 ,0.026225 ,0.025965 ,0.02581 ,0.025755 ",\ "0.04342 ,0.042855 ,0.04249 ,0.04197 ,0.041615 ,0.041405 ,0.041335 ",\ "0.05184 ,0.051275 ,0.050875 ,0.050295 ,0.049895 ,0.04966 ,0.049585 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01237 ,0.01226 ,0.01221 ,0.012135 ,0.01209 ,0.01206 ,0.01205 ",\ "0.018495 ,0.01833 ,0.018245 ,0.01813 ,0.018055 ,0.018005 ,0.017985 ",\ "0.027135 ,0.02691 ,0.026785 ,0.026615 ,0.026495 ,0.026425 ,0.026395 ",\ "0.04551 ,0.045215 ,0.04503 ,0.04476 ,0.044575 ,0.04446 ,0.044415 ",\ "0.055225 ,0.05493 ,0.05472 ,0.05441 ,0.05419 ,0.05406 ,0.05401 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01492 ,0.014545 ,0.014355 ,0.01411 ,0.013945 ,0.01385 ,0.01382 ",\ "0.021035 ,0.020625 ,0.02041 ,0.02013 ,0.019945 ,0.01983 ,0.019795 ",\ "0.02966 ,0.02921 ,0.028965 ,0.02864 ,0.02842 ,0.02829 ,0.02824 ",\ "0.047975 ,0.047485 ,0.04718 ,0.046755 ,0.046465 ,0.046295 ,0.046245 ",\ "0.05765 ,0.057155 ,0.056825 ,0.056345 ,0.05602 ,0.055835 ,0.055785 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.00863 ,0.00855 ,0.008515 ,0.00847 ,0.00844 ,0.00842 ,0.008415 ",\ "0.015115 ,0.01493 ,0.01484 ,0.01472 ,0.014645 ,0.014595 ,0.01458 ",\ "0.024335 ,0.02403 ,0.02387 ,0.02366 ,0.02352 ,0.023435 ,0.023405 ",\ "0.04417 ,0.043735 ,0.04346 ,0.04308 ,0.04282 ,0.042665 ,0.04262 ",\ "0.05477 ,0.054315 ,0.054 ,0.05354 ,0.053225 ,0.053045 ,0.052995 "); } fall_power(POWER_DEF_B_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0032, 0.0125, 0.0248, 0.0496, 0.0743, 0.0991, 0.1238 "); values ("0.01157 ,0.01129 ,0.011155 ,0.010985 ,0.01087 ,0.0108 ,0.01077 ",\ "0.01835 ,0.018015 ,0.017855 ,0.017655 ,0.01752 ,0.017435 ,0.017395 ",\ "0.02784 ,0.027435 ,0.02724 ,0.026985 ,0.02681 ,0.0267 ,0.02665 ",\ "0.04774 ,0.047235 ,0.04695 ,0.046555 ,0.04629 ,0.04613 ,0.046075 ",\ "0.058135 ,0.057595 ,0.05726 ,0.05678 ,0.056455 ,0.05627 ,0.056225 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1238 ; } pin(A) { direction : input ; capacitance : 0.001562 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.001916 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.001931 ; max_transition : 2.7273 ; } } /* * SCCS File Version=%I% * Release Date %E% %U% * * Date Generated: Wed Jul 13 16:06:15 2005 * Generated with Command Line Args : XOR3 -bc * Generated with Process: BC * Generated with Temperature: 25.00 * Generated with Voltage: 1.60 */ cell(XOR3_C) { area : 15 ; cell_footprint : XOR3 ; cell_leakage_power : 0.660763 ; pin(Z) { direction : output ; function : "(A^B^C)" ; capacitance : 0.000000 ; timing() { related_pin : "A" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.04083 ,0.04974 ,0.061255 ,0.08399 ,0.10628 ,0.1285 ,0.15068 ",\ "0.036055 ,0.04644 ,0.058615 ,0.08193 ,0.10489 ,0.12683 ,0.148405 ",\ "0.02517 ,0.03738 ,0.05055 ,0.07461 ,0.097555 ,0.1201 ,0.14178 ",\ "-0.00421 ,0.010445 ,0.0256 ,0.05168 ,0.075265 ,0.09768 ,0.119515 ",\ "-0.022405 ,-0.00732 ,0.008845 ,0.0363 ,0.06059 ,0.083335 ,0.10527 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.01172 ,0.029405 ,0.052785 ,0.09965 ,0.147575 ,0.195535 ,0.24351 ",\ "0.017285 ,0.034675 ,0.057925 ,0.103865 ,0.14876 ,0.196595 ,0.24519 ",\ "0.02541 ,0.042505 ,0.065605 ,0.111625 ,0.15686 ,0.201015 ,0.24759 ",\ "0.0382 ,0.05509 ,0.07806 ,0.124305 ,0.170075 ,0.214845 ,0.258365 ",\ "0.04261 ,0.05956 ,0.082555 ,0.128965 ,0.174955 ,0.219915 ,0.263545 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.0528 ,0.060495 ,0.07049 ,0.08889 ,0.10232 ,0.11521 ,0.12777 ",\ "0.08699 ,0.09659 ,0.10603 ,0.124895 ,0.14604 ,0.15925 ,0.170335 ",\ "0.12454 ,0.137025 ,0.146565 ,0.1628 ,0.17916 ,0.19673 ,0.21077 ",\ "0.18433 ,0.19988 ,0.210945 ,0.227175 ,0.24107 ,0.25439 ,0.26779 ",\ "0.21062 ,0.22471 ,0.23695 ,0.255935 ,0.27232 ,0.28807 ,0.30404 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.014635 ,0.02529 ,0.038735 ,0.064655 ,0.09077 ,0.11648 ,0.14193 ",\ "0.02608 ,0.03659 ,0.049545 ,0.073225 ,0.094425 ,0.119245 ,0.14505 ",\ "0.037845 ,0.048285 ,0.06057 ,0.082655 ,0.101955 ,0.118585 ,0.138725 ",\ "0.05028 ,0.060435 ,0.071715 ,0.092585 ,0.111675 ,0.128865 ,0.144045 ",\ "0.053745 ,0.063085 ,0.07379 ,0.094855 ,0.115575 ,0.135625 ,0.15479 "); } } timing() { related_pin : "A" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.049645 ,0.05809 ,0.06956 ,0.09257 ,0.114575 ,0.13665 ,0.158765 ",\ "0.082865 ,0.09133 ,0.102105 ,0.124505 ,0.148065 ,0.17059 ,0.192995 ",\ "0.11793 ,0.12701 ,0.137395 ,0.158575 ,0.180525 ,0.20293 ,0.225965 ",\ "0.17424 ,0.18362 ,0.193535 ,0.214005 ,0.235395 ,0.25708 ,0.27864 ",\ "0.200905 ,0.2087 ,0.218065 ,0.23867 ,0.26093 ,0.283885 ,0.307 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.011635 ,0.029115 ,0.05281 ,0.10044 ,0.14723 ,0.19411 ,0.241045 ",\ "0.01227 ,0.029305 ,0.05247 ,0.100005 ,0.149 ,0.19571 ,0.2417 ",\ "0.01343 ,0.0302 ,0.053055 ,0.100035 ,0.148485 ,0.198305 ,0.24664 ",\ "0.015565 ,0.03198 ,0.054375 ,0.100445 ,0.14796 ,0.196785 ,0.24686 ",\ "0.0165 ,0.03279 ,0.054965 ,0.10057 ,0.147575 ,0.19584 ,0.24528 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.044445 ,0.05275 ,0.06314 ,0.08167 ,0.09541 ,0.1083 ,0.12067 ",\ "0.03825 ,0.04797 ,0.057735 ,0.076165 ,0.095765 ,0.107385 ,0.11666 ",\ "0.02418 ,0.035455 ,0.044735 ,0.059995 ,0.074855 ,0.090815 ,0.10183 ",\ "-0.01033 ,0.00083 ,0.00913 ,0.020815 ,0.03096 ,0.04167 ,0.05386 ",\ "-0.028465 ,-0.019735 ,-0.01207 ,-0.000805 ,0.00938 ,0.02071 ,0.034245 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.01978 ,0.029265 ,0.041395 ,0.065385 ,0.090285 ,0.11508 ,0.139805 ",\ "0.017675 ,0.02767 ,0.040365 ,0.06467 ,0.08785 ,0.112605 ,0.13768 ",\ "0.01461 ,0.024865 ,0.037805 ,0.06295 ,0.087545 ,0.111775 ,0.136195 ",\ "0.012975 ,0.02296 ,0.035655 ,0.06081 ,0.08608 ,0.111635 ,0.13755 ",\ "0.01526 ,0.024655 ,0.03684 ,0.061175 ,0.08574 ,0.110645 ,0.13594 "); } } timing() { related_pin : "B" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.04411 ,0.052585 ,0.064155 ,0.08741 ,0.109675 ,0.13201 ,0.15439 ",\ "0.056385 ,0.065205 ,0.076405 ,0.09928 ,0.123025 ,0.14536 ,0.167405 ",\ "0.060005 ,0.06982 ,0.080955 ,0.102775 ,0.12477 ,0.14699 ,0.16913 ",\ "0.05096 ,0.06107 ,0.07172 ,0.092545 ,0.11372 ,0.13525 ,0.15704 ",\ "0.04678 ,0.05448 ,0.063965 ,0.08414 ,0.10585 ,0.12877 ,0.152695 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.012155 ,0.029525 ,0.053025 ,0.100195 ,0.146595 ,0.19306 ,0.239565 ",\ "0.01211 ,0.02921 ,0.052385 ,0.099785 ,0.14848 ,0.19496 ,0.240855 ",\ "0.01219 ,0.029195 ,0.05228 ,0.099495 ,0.14798 ,0.19767 ,0.245805 ",\ "0.012355 ,0.02926 ,0.052245 ,0.099195 ,0.14727 ,0.196395 ,0.24654 ",\ "0.012425 ,0.029285 ,0.052215 ,0.09899 ,0.14677 ,0.195475 ,0.24507 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.058445 ,0.066785 ,0.07722 ,0.095905 ,0.109575 ,0.12243 ,0.134785 ",\ "0.09471 ,0.10446 ,0.113985 ,0.1325 ,0.15271 ,0.165705 ,0.176605 ",\ "0.136235 ,0.148165 ,0.15733 ,0.173005 ,0.18882 ,0.205775 ,0.21957 ",\ "0.2075 ,0.221365 ,0.231205 ,0.24622 ,0.25973 ,0.273115 ,0.286845 ",\ "0.239955 ,0.252225 ,0.26298 ,0.28041 ,0.29623 ,0.311935 ,0.32814 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.019945 ,0.029365 ,0.04144 ,0.065115 ,0.089105 ,0.1129 ,0.136575 ",\ "0.02297 ,0.03272 ,0.045 ,0.06827 ,0.09015 ,0.114105 ,0.13849 ",\ "0.027165 ,0.03735 ,0.04995 ,0.0737 ,0.095885 ,0.11663 ,0.1394 ",\ "0.03573 ,0.046565 ,0.059845 ,0.084795 ,0.10794 ,0.12933 ,0.148975 ",\ "0.040145 ,0.05114 ,0.06478 ,0.090465 ,0.114265 ,0.13619 ,0.15624 "); } } timing() { related_pin : "B" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.054785 ,0.063315 ,0.074835 ,0.097915 ,0.12008 ,0.1423 ,0.16455 ",\ "0.08834 ,0.09684 ,0.10769 ,0.130225 ,0.15389 ,0.176595 ,0.19919 ",\ "0.126275 ,0.135135 ,0.145505 ,0.16685 ,0.189075 ,0.211855 ,0.235175 ",\ "0.192445 ,0.20124 ,0.211095 ,0.23175 ,0.253425 ,0.275435 ,0.29737 ",\ "0.224175 ,0.231615 ,0.24117 ,0.26219 ,0.28469 ,0.30773 ,0.33081 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.012265 ,0.02962 ,0.053125 ,0.10031 ,0.14672 ,0.1932 ,0.23973 ",\ "0.01251 ,0.029565 ,0.052705 ,0.100115 ,0.14888 ,0.195365 ,0.24127 ",\ "0.013005 ,0.02986 ,0.0528 ,0.099835 ,0.14822 ,0.197875 ,0.245925 ",\ "0.014045 ,0.03059 ,0.053195 ,0.099545 ,0.14717 ,0.19595 ,0.245835 ",\ "0.014585 ,0.030985 ,0.053415 ,0.09938 ,0.146535 ,0.194755 ,0.243975 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.04388 ,0.05204 ,0.062585 ,0.08166 ,0.09523 ,0.108065 ,0.12044 ",\ "0.057875 ,0.067445 ,0.076885 ,0.09545 ,0.11611 ,0.128185 ,0.13788 ",\ "0.063135 ,0.075085 ,0.083935 ,0.098545 ,0.11318 ,0.129105 ,0.14083 ",\ "0.055045 ,0.06832 ,0.076475 ,0.087745 ,0.09787 ,0.10859 ,0.120565 ",\ "0.050465 ,0.06042 ,0.06774 ,0.07914 ,0.09054 ,0.1036 ,0.119015 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.01902 ,0.02853 ,0.04087 ,0.06507 ,0.089155 ,0.11304 ,0.136805 ",\ "0.01986 ,0.02949 ,0.04181 ,0.065645 ,0.08875 ,0.112445 ,0.136205 ",\ "0.0208 ,0.030545 ,0.042795 ,0.06641 ,0.089265 ,0.111515 ,0.134335 ",\ "0.02304 ,0.032895 ,0.045015 ,0.068305 ,0.090855 ,0.112815 ,0.134255 ",\ "0.024395 ,0.034245 ,0.046305 ,0.06951 ,0.092025 ,0.11401 ,0.13552 "); } } timing() { related_pin : "C" ; timing_sense : positive_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.023355 ,0.03259 ,0.04495 ,0.06919 ,0.09096 ,0.112615 ,0.134195 ",\ "0.024005 ,0.0346 ,0.0465 ,0.0702 ,0.095145 ,0.11596 ,0.135685 ",\ "0.010395 ,0.02352 ,0.03549 ,0.057065 ,0.07842 ,0.100315 ,0.120285 ",\ "-0.035325 ,-0.01975 ,-0.008075 ,0.01135 ,0.030265 ,0.049875 ,0.070555 ",\ "-0.056005 ,-0.042885 ,-0.03262 ,-0.01422 ,0.005275 ,0.026865 ,0.05085 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.015095 ,0.03243 ,0.055375 ,0.10151 ,0.148785 ,0.19614 ,0.243545 ",\ "0.02029 ,0.037015 ,0.05943 ,0.103975 ,0.14786 ,0.19404 ,0.2407 ",\ "0.026115 ,0.04217 ,0.06397 ,0.107935 ,0.15191 ,0.19565 ,0.24054 ",\ "0.035095 ,0.049875 ,0.070385 ,0.112835 ,0.15638 ,0.20057 ,0.245195 ",\ "0.038825 ,0.052875 ,0.072645 ,0.11408 ,0.15705 ,0.200985 ,0.245625 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.042345 ,0.048905 ,0.05741 ,0.07342 ,0.0862 ,0.09867 ,0.11094 ",\ "0.07644 ,0.08419 ,0.09198 ,0.10776 ,0.125265 ,0.138075 ,0.1497 ",\ "0.11358 ,0.12344 ,0.13106 ,0.144815 ,0.1591 ,0.174365 ,0.188055 ",\ "0.175475 ,0.18766 ,0.19596 ,0.20965 ,0.22297 ,0.23653 ,0.250425 ",\ "0.20497 ,0.21584 ,0.224645 ,0.240225 ,0.255805 ,0.271955 ,0.28881 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.012685 ,0.02169 ,0.033315 ,0.056545 ,0.080915 ,0.105275 ,0.12963 ",\ "0.016 ,0.025225 ,0.037115 ,0.059785 ,0.080965 ,0.10536 ,0.130555 ",\ "0.02049 ,0.03002 ,0.04228 ,0.06578 ,0.08787 ,0.10847 ,0.13162 ",\ "0.029015 ,0.039115 ,0.05212 ,0.077265 ,0.10107 ,0.12336 ,0.14404 ",\ "0.03304 ,0.043365 ,0.05675 ,0.08272 ,0.10734 ,0.130385 ,0.15173 "); } } timing() { related_pin : "C" ; timing_sense : negative_unate ; cell_rise(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.035305 ,0.04382 ,0.0554 ,0.078695 ,0.10109 ,0.123575 ,0.146125 ",\ "0.05848 ,0.06719 ,0.07817 ,0.10085 ,0.124675 ,0.147 ,0.169055 ",\ "0.07972 ,0.08933 ,0.10001 ,0.12142 ,0.14359 ,0.16644 ,0.188965 ",\ "0.108995 ,0.11991 ,0.130255 ,0.15066 ,0.172075 ,0.194415 ,0.2175 ",\ "0.12288 ,0.132935 ,0.14274 ,0.162965 ,0.18504 ,0.208705 ,0.233715 "); } rise_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.011925 ,0.029265 ,0.0527 ,0.099785 ,0.14637 ,0.193045 ,0.239775 ",\ "0.01266 ,0.029625 ,0.052655 ,0.0996 ,0.147545 ,0.19403 ,0.240125 ",\ "0.013745 ,0.030525 ,0.05341 ,0.10013 ,0.147855 ,0.196475 ,0.244125 ",\ "0.01578 ,0.03233 ,0.0551 ,0.10171 ,0.14937 ,0.19791 ,0.247255 ",\ "0.0167 ,0.033175 ,0.05592 ,0.102535 ,0.150235 ,0.198825 ,0.248235 "); } cell_fall(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.03434 ,0.041925 ,0.052035 ,0.07066 ,0.08384 ,0.09646 ,0.108735 ",\ "0.044525 ,0.053245 ,0.061985 ,0.07988 ,0.100555 ,0.112045 ,0.121085 ",\ "0.04454 ,0.05546 ,0.06336 ,0.076805 ,0.091005 ,0.10709 ,0.11838 ",\ "0.02714 ,0.039345 ,0.046125 ,0.055415 ,0.064525 ,0.075125 ,0.08782 ",\ "0.01935 ,0.028235 ,0.03392 ,0.042905 ,0.053095 ,0.06608 ,0.08251 "); } fall_transition(DELAY_DEF_C_INT) { index_1(" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2(" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.014955 ,0.02476 ,0.037485 ,0.062455 ,0.08735 ,0.11204 ,0.13661 ",\ "0.015195 ,0.0251 ,0.037825 ,0.062405 ,0.08615 ,0.110685 ,0.13533 ",\ "0.015945 ,0.02588 ,0.03851 ,0.06283 ,0.08626 ,0.108955 ,0.132425 ",\ "0.0182 ,0.02808 ,0.040535 ,0.064535 ,0.087705 ,0.110185 ,0.132045 ",\ "0.019615 ,0.02942 ,0.04182 ,0.0658 ,0.08906 ,0.11174 ,0.13389 "); } } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.01492 ,0.01478 ,0.01471 ,0.014615 ,0.01455 ,0.014515 ,0.0145 ",\ "0.02284 ,0.022645 ,0.02254 ,0.022395 ,0.0223 ,0.02224 ,0.022215 ",\ "0.03398 ,0.03371 ,0.03356 ,0.033345 ,0.033195 ,0.033105 ,0.03307 ",\ "0.05755 ,0.057185 ,0.05694 ,0.056575 ,0.05632 ,0.05617 ,0.056115 ",\ "0.06996 ,0.069575 ,0.06928 ,0.06884 ,0.06853 ,0.068345 ,0.06829 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.018 ,0.01749 ,0.01722 ,0.016855 ,0.016615 ,0.016485 ,0.01645 ",\ "0.025965 ,0.02538 ,0.02506 ,0.02462 ,0.02433 ,0.024165 ,0.02412 ",\ "0.037125 ,0.036465 ,0.036075 ,0.03554 ,0.035175 ,0.03497 ,0.03491 ",\ "0.060655 ,0.0599 ,0.05939 ,0.05865 ,0.05815 ,0.057865 ,0.05779 ",\ "0.073 ,0.07223 ,0.071665 ,0.070825 ,0.070255 ,0.069935 ,0.069855 "); } related_pin : "A" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.01529 ,0.01515 ,0.01508 ,0.01498 ,0.014915 ,0.014875 ,0.014865 ",\ "0.0238 ,0.023585 ,0.023465 ,0.023305 ,0.023195 ,0.02313 ,0.02311 ",\ "0.035795 ,0.035495 ,0.03532 ,0.03508 ,0.034915 ,0.034815 ,0.03478 ",\ "0.061305 ,0.06091 ,0.06064 ,0.060255 ,0.059985 ,0.059825 ,0.05977 ",\ "0.07479 ,0.074385 ,0.074085 ,0.073635 ,0.07332 ,0.07313 ,0.07307 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.018285 ,0.01779 ,0.01753 ,0.017185 ,0.016955 ,0.01683 ,0.0168 ",\ "0.026795 ,0.026245 ,0.02595 ,0.02555 ,0.025285 ,0.02513 ,0.02509 ",\ "0.038785 ,0.038175 ,0.03783 ,0.037355 ,0.037035 ,0.03685 ,0.0368 ",\ "0.06419 ,0.063515 ,0.063075 ,0.06244 ,0.062015 ,0.061775 ,0.061715 ",\ "0.07759 ,0.076905 ,0.076415 ,0.075705 ,0.07522 ,0.074955 ,0.074905 "); } related_pin : "B" ; } internal_power() { rise_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.01066 ,0.01054 ,0.010485 ,0.010415 ,0.01037 ,0.01035 ,0.01034 ",\ "0.019065 ,0.01879 ,0.01865 ,0.01847 ,0.01835 ,0.018285 ,0.018265 ",\ "0.030945 ,0.0305 ,0.03026 ,0.029935 ,0.029715 ,0.02959 ,0.029555 ",\ "0.05633 ,0.055675 ,0.055265 ,0.05468 ,0.054285 ,0.054055 ,0.053995 ",\ "0.06981 ,0.069125 ,0.06865 ,0.067945 ,0.067465 ,0.067195 ,0.067125 "); } fall_power(POWER_DEF_C_INT) { index_1 (" 0.1365, 0.5455, 1.091, 2.1818, 2.7273 "); index_2 (" 0.0044, 0.0172, 0.0343, 0.0684, 0.1026, 0.1367, 0.1709 "); values ("0.01401 ,0.01362 ,0.01343 ,0.013185 ,0.013015 ,0.012915 ,0.01288 ",\ "0.02264 ,0.02216 ,0.021925 ,0.021625 ,0.02142 ,0.021295 ,0.02125 ",\ "0.03468 ,0.034095 ,0.0338 ,0.033405 ,0.033135 ,0.03298 ,0.032925 ",\ "0.059835 ,0.059095 ,0.058655 ,0.058035 ,0.057625 ,0.057395 ,0.05734 ",\ "0.07292 ,0.07213 ,0.071615 ,0.07087 ,0.070375 ,0.070105 ,0.070055 "); } related_pin : "C" ; } min_capacitance : 0.0001 ; max_capacitance : 0.1709 ; } pin(A) { direction : input ; capacitance : 0.001907 ; max_transition : 2.7273 ; } pin(B) { direction : input ; capacitance : 0.002180 ; max_transition : 2.7273 ; } pin(C) { direction : input ; capacitance : 0.002123 ; max_transition : 2.7273 ; } } /* END of FILE */ }