Data Sheets of devices used in the design of
microcontroller-based embedded systems
These devices are used in the embedded systems labs at the University
of Texas at Austin
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Part number, Data sheet |
Course(s) |
Description of device |
Applications |
445L, 445M, 385J |
Instrumentation amp, rail to rail outputs |
Battery powered, single supply designs | |
445L, 445M, 385J |
Instrumentation amp, rail to rail inputs/outputs |
Battery powered, single supply designs | |
445L, 445M |
Instrumentation amp selection guide |
(Analog Devices) | |
445L, 445M |
Instrumentation amp, rail to rail outputs |
Battery powered, single supply designs | |
LM4041C.pdf | 445L/445M | Adjustable Shunt Voltage Reference | Creates a 2.5V voltage reference for analog circuits |
Single 12-/10-/8-Bit DAC, SPI interface |
Analog output | ||
MAX1247.pdf | 385J | 12-bit SPI, 0 to 2.5V ADC | Analog to digital converter |
445L,445M |
Single supply, rail to rail op amp |
Battery powered embedded system | |
MAX5154.pdf | 445L | Dual 12-bit DAC | Two channel digital to analog converter |
MAX5353.pdf | 445L | 12-bit DAC | Single channel digital to analog converter |
MAX539.pdf | 445L, 385J | 12-bit DAC | Digital to analog converter |
8-bit DAC |
Digital to analog converter | ||
Instrumentation amp, rail to rail outputs |
Battery powered, single supply designs | ||
445L, 445M, 385J |
2.5, 4.096, 5V precision analog reference |
Add constant offset in analog circuits | |
445L, 445M, 385J |
Audio amplifier |
Speaker interface | |
445L,445M |
Single supply, rail to rail op amp |
Battery powered embedded system | |
High speed FET input op amp, 8 MHz |
High bandwidth analog circuits | ||
Precision op amp |
Low noise analog circuits | ||
OPA2350 | 445L,445M |
Single supply, rail to rail op amp, (also OPA4350) |
Battery powered embedded system |
445L, 445M |
2.5V analog reference |
Add constant offset in analog circuits | |
445L,445M |
Single supply, rail to rail op amp, dual package |
Battery powered embedded system | |
445L,445M, 385J |
Single supply, rail to rail op amp, dual package |
Battery powered embedded system | |
445L,445M |
Single supply, rail to rail op amp, quad package |
Battery powered embedded system | |
10-bit DAC, SPI interaface |
Analog output | ||
Audio amplifier |
Analog output |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
319K,445L,445M |
Liquid crystal display, HD44780 controller |
Low cost display | |
319K,445L,445M |
1 by 16 Liquid crystal display, HD44780 controller |
Low cost display | |
445L,385J |
256 by 64 graphics display |
Graphics | |
LCD_DV24200.pdf | EE445L | 24 by 2 LCD | LCD with ribbon cable |
Liquid crystal display, HD44780 controller |
Low cost display | ||
319K,445L,445M |
Liquid crystal display, HD44780 controller |
Low cost display | |
445L, 445M |
20mA Light Emitting Diode, red, yellow, green |
Binary output | |
445L |
2mA Light Emitting Diode, yellow, green |
Low current output | |
445L |
2mA Light Emitting Diode, yellow, green |
Low current output | |
445L |
1mA Red Light Emitting Diode |
Low current output | |
319K |
10mA Green Light Emitting Diode |
Binary output | |
319K |
10mA Red Light Emitting Diode |
Binary output | |
319K |
10mA Yellow Light Emitting Diode |
Binary output | |
445L |
20mA Blue Light Emitting Diode |
Very bright binary output | |
445L |
10mA Orange Light Emitting Diode |
Binary output | |
319K |
How to tell anode from cathode on an LED |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
5V regulator, 1A |
Convert wall wart into usable +5V supply | ||
5V regulator, 0.1A |
Convert wall wart into usable +5V supply | ||
445L |
5V regulator, 0.5A |
Convert wall wart into usable +5V supply | |
5V regulator, 1.5A |
Convert NiMH battery into usable +5V supply | ||
LM1117.pdf | 445L | 3.3V LDO, 800 mA regulator | Used for Xbee lab |
5V regulator, 0.5A |
Convert NiMH battery into usable +5V supply | ||
EE445L |
3.3V regulator, 0.5A |
Convert NiMH battery into usable +3.3V supply | |
EE445L |
3.3V LDO regulator, 100 mA |
Convert 3.7V LiIon into usable +3.3V | |
EE445L |
3.3V buck-boost regulator |
Create +3.3V | |
EE445L |
5V buck-boost regulator |
Create +5V | |
EE445L |
3.3V LDO regulator, 75 mA |
Convert 3.7V LiIon into usable +3.3V |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
2-axis accelerometer |
Tilt monitor, measures acceleration | ||
319K,445L,445M |
Small push-button switch, tactile switch |
User input, goes into protoboard | |
319K,445L,445M |
Small push-button switch, tactile switch |
User input, goes into protoboard | |
Microphone, 4.5V, 9.9mm |
Voice recordings | ||
Microphone, 2V, 6.2mm |
Voice recordings | ||
Microphone, 2.5V, 9.7mm |
Voice recordings | ||
Microphone, 2V, 6mm |
Voice recordings | ||
445M |
IR reflective sensor |
Noncontact sensor | |
GP2Y0A21YK0F.pdf | 445M | Sharp IR distance measuring sensor unit | 10 to 80 cm sensor, analog interface |
11-bit compass |
Measure orientation to magnetic North Pole | ||
11-bit compass |
Measure orientation to magnetic North Pole | ||
11-bit compass |
Measure orientation to magnetic North Pole | ||
KeyPad.pdf | 445L | 4 by 4 matrix keypad | 16-key keypad input device |
445M |
General guide to IR optical switches |
Noncontact sensors | |
445M |
Ultrasonic range sensor, distance to 10 feet
|
Robotics | |
445M |
IR reflective sensor |
Noncontact sensor | |
319K |
Linear slide pot |
Sensor to measure distance | |
445M |
IR reflective sensor |
Noncontact sensors |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
445L |
Power jack with 2.1mm barrel |
Connect wall wart to microcontroller board | |
445L |
Double row, snapable socket |
Put on PCB, accepts bare wires | |
445L |
Enclosure |
Box for embedded system | |
445L |
Enclosure |
Box for embedded system | |
445L |
Enclosure |
Box for embedded system | |
445L |
Enclosure (place for 9V battery) |
Box for embedded system | |
445L |
USB connector |
Connect USB to PCB |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
Example motor interface |
|||
445M |
Servo |
60 degree motion motor | |
445M |
Servo |
60 degree motion motor | |
445L |
Stepper information, introduction |
||
445L |
Stepper information, theory |
written by Ericsson | |
445L |
Stepper information, drive circuits |
written by Ericsson | |
445L |
Stepper information, half stepping |
written by Ericsson | |
445L |
Stepper information, microstepping |
written by Ericsson | |
445L |
Stepper information, selection guide |
written by Ericsson | |
445L |
Stepper information, interfacing guide |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
Open collector NOT gate, IOL=16mA |
Interface LEDs | ||
319K |
Open collector NOT gate, IOL=40mA |
Interface LEDs | |
7407.pdf | 445L | Open collector buffer | 5V to 3.3V level shifter |
16-bit parallel in serial out shift register |
Create more inputs ports | ||
NAND gate |
|||
74HC04.pdf | Not gate | ||
Tristate driver with individual enable lines |
|||
3 to 8 decoder, |
|||
74HC374.pdf | 8-bit octal D flip flop | Use in 6811 system to create an output port | |
445L |
8-bit serial in parallel out shift register |
Create more output ports | |
MOSFET H-bridge |
Interface a stepper motor or DC motor | ||
Single supply RS232 driver |
RS232 with few external components | ||
445L, 445M |
H-bridge driver, 1 amp output |
DC motor, stepper motor interface | |
445L, 445M |
H-bridge driver, 0.6 amp output, with diodes |
DC motor, stepper motor interface | |
445L, 445M |
H-bridge driver, 0.6 amp output, with diodes |
DC motor, stepper motor interface | |
L6203.pdf | H bridge driver, 4A output | DC motor, stepper motor interface | |
Single supply RS232 driver |
RS232 with few external components | ||
Stepper motor driver, 350 mA |
Motor interfacing | ||
Stepper motor driver, 350 mA |
Motor interfacing | ||
445M |
CAN transceiver |
Connects microcontroller to CAN bus | |
Stepper motor driver, 350 mA |
Motor interfacing | ||
H-bridge, 7.5 amp |
Motor driver |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
445L, 445M |
High speed diode |
Snubber in motor interfaces, back EMF | |
445L, 445M |
NPN BJT transistor, Ice 500mA, beta of 100 |
Speaker, small motor, small solenoid | |
445L, 445M, 385J |
Epcos Ceramic capacitor, C0G, X7R, Z5U |
Crystal clock circuit, analog filters | |
CapacitorCeramicKemet | 445L, 445M, 385J | Kermet Ceramic capacitors, C0G, X7R, Z5U | Analog filter circuits |
CapacitorTDK | 445L, 445M, 385J | TDK Ceramic capacitors, C0G, X7R, Z5U | Analog filter circuits |
319K,445L,445M |
5% carbon film resistor |
Low cost, low power | |
319K,445L,445M |
5% carbon film resistor |
Low cost, low power | |
445M |
N channel MOSFET, 8 amp output |
Motor driver | |
445M |
N channel MOSFET, 28 amp output |
Motor driver | |
445L |
16 MHz crystal |
TM4C123 clock | |
445L, 445M |
NPN BJT transistor, Ice 500mA, beta of 100 |
Speaker, small motor, small solenoid | |
445L, 445M |
NPN BJT transistor, Ice 500mA, beta of 100 |
Speaker, small motor, small solenoid | |
PNP transistor, Ice 500mA, beta of 100 |
Speaker, small motor, small solenoid | ||
445M |
NPN and PNP Darlington, 3 amp output, beta=1000 |
Motor interfacing | |
445M |
NPN and PNP Darlington, 3 amp output, beta=1000 |
Motor interfacing | |
445L, 385J |
Tantalum Capacitor, polarized |
Power supply filter |
Part number, Data sheet |
Course(s) |
Description of device |
Applications |
Freescale 6811 microcontroller |
Building a stand-alone embedded system | ||
6812 or 9S12 assembly instructions (little one) |
|||
6812 or 9S12 assembly instructions (big one) |
|||
MC68HC11E0 data sheet, port definitions |
Controller for embedded system | ||
Data sheets for various 9S12 microcontrollers, port definitions |
Controller for embedded system | ||
MC68HC812A4 data sheet, port definitions |
Controller for embedded system | ||
General information about Tech Arts 9S12DP512 |
Tech Arts 9S12DG128 circuit is the same as this DP512 circuit | ||
Information about 9S12C32 board |
Data sheets for components on the board | ||
Information about 9S12C32 board |
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Circuit diagram of 9S12C32 docking module |
|||
Tech Arts 9S12C32 manual |
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Circuit diagram of 9S12C32 Nanocore board |
|||
General features of Tech Arts 9S12C32 Nanocore |
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Tech Arts 9S12C32 Nanocore Manual |
Last updated May 13, 2021 Send comments to: Jonathan W. Valvano .