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
Send comments to: Jonathan W. Valvano   Go to Home Page

Hammond1593Y.pdf                           Box possible for project, Black case, 5.512"x 2.165"x 1.102"

Hammond1591E.pdf                         Box possible for project, Black case, 7.5" by 4.3" by 2.2"

 TM4C123 Reference material 
Link Description
CortexM_InstructionSet.pdf   Assembly instruction set
CortexM4_TRM_r0p1.pdf  Technical Reference Manual Cortex M4, Assembly instruction set  
QuickReferenceCard.pdf   ARM and Thumb-2 Instruction Set Quick Reference Card
tm4c123gh6pm.pdf Data sheet of TM4C123 microcontroller
tm4c123gh6pmErrata.pdf Known bugs of TM4C123 microcontroller
TM4C123_LaunchPadUsersManual.pdf    Board information
compiler_output_guide.pdf Short list of typical Keil compiler errors

Part number, Data sheet

Course(s)

Description of device

Applications

1N914.pdf

445L, 445M

High speed diode

Snubber in motor interfaces, back EMF

1N4004.pdf

 

Diode with large breakdown voltage

Power circuits

2.1mmJack.pdf

445L

Power jack with 2.1mm barrel

Connect wall wart to microcontroller board

2N2222.pdf

445L, 445M

NPN BJT transistor, Ice 500mA, beta of 100, note: this is different from PN2222

Speaker, small motor, small solenoid

7405.pdf

 

Open collector NOT gate, IOL=16mA

Interface LEDs

7406.pdf

Open collector NOT gate, IOL=40mA

Interface LEDs
7407.pdf 445L Open collector buffer 5V to 3.3V level shifter

74F676.pdf

 

16-bit parallel in serial out shift register

Create more inputs ports

74HC595.pdf

445L

8-bit serial in parallel out shift register

Create more output ports

7805.pdf
L7805.pdf

 

5V regulator, 1A

Convert wall wart into usable +5V supply

78L05.pdf

 

5V regulator, 0.1A

Convert wall wart into usable +5V supply

78M05.pdf

445L

5V regulator, 0.5A

Convert wall wart into usable +5V supply

AD623.pdf

445L

Instrumentation amp, rail to rail outputs

Battery powered, single supply designs

AD627.pdf

445L

Instrumentation amp, rail to rail inputs/outputs

Battery powered, single supply designs

ADXL202.pdf

 

2-axis accelerometer

Tilt monitor, measures acceleration

B3F-1059.pdf

319K,445L

Small push-button switch, tactile switch

User input, goes into protoboard

B3F-switch.pdf

319K,445L

Small push-button switch, tactile switch

User input, goes into protoboard

CapacitorCeramicEpcos

445L

Epcos Ceramic capacitor, C0G, X7R, Z5U

Crystal clock circuit, analog filters
CapacitorCeramicKemet 445L Kermet Ceramic capacitors, C0G, X7R, Z5U Analog filter circuits
CapacitorTDK 445L TDK Ceramic capacitors, C0G, X7R, Z5U Analog filter circuits

CarbonFilmResistors.pdf

319K,445L

5% carbon film resistor

Low cost, low power

CarbonFilmresistors2.pdf

319K,445L

5% carbon film resistor

Low cost, low power

drv8833.pdf

 

MOSFET H-bridge 1.5A

Interface a stepper motor or DC motor

drv8838.pdf

 

MOSFET H-bridge, 1.8A

Interface a stepper motor or DC motor

drv8848.pdf

 

MOSFET H-bridge, 2A

Interface a stepper motor or DC motor

ElectretEM-99.pdf

 

Microphone, 4.5V, 9.9mm

Voice recordings

ElectretJL-061.pdf

Microphone, 2V, 6.2mm

Voice recordings

ElectretWM_54B.pdf

Microphone, 2.5V, 9.7mm

Voice recordings

ElectretWM_62.pdf

Microphone, 2V, 6mm

Voice recordings

FemaleSocket.pdf

445L

Double row, snapable socket

Put on PCB, accepts bare wires

GP2L01.pdf

IR reflective sensor

Noncontact sensor
GP2Y0A21YK0F.pdf 445M Sharp IR distance measuring sensor unit 10 to 80 cm sensor, analog interface

INA122.pdf

445L

Instrumentation amp, rail to rail outputs

Battery powered, single supply designs

IRF540.pdf
IRF9540.pdf

N channel MOSFET, 28 amp output
P channel MOSFET, -19 amp output

Motor driver

IRLD120.pdf
IRLD024.pdf

N channel MOSFET, 1A
N channel MOSFET, 2.5A

Motor driver
KeyPad.pdf 445L 4 by 4 matrix keypad 16-key keypad input device

L293.pdf

445L

H-bridge driver, 1 amp output

DC motor, stepper motor interface

L293D_ST.pdf

445L

H-bridge driver, 0.6 amp output, with diodes

DC motor, stepper motor interface

L293d.pdf

445L

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

LEDHLMP-1700.pdf

445L

2mA Light Emitting Diode, yellow, green

Low current output

LEDHLMP-4700.pdf

445L

2mA Light Emitting Diode, yellow, green

Low current output

LEDHLMP-D150.pdf

445L

1mA Red Light Emitting Diode

Low current output

LED_green.pdf

319K

10mA Green Light Emitting Diode

Binary output

LED_red.pdf

319K

10mA Red Light Emitting Diode

Binary output

LED_yellow.pdf

319K

10mA Yellow Light Emitting Diode

Binary output

LEDblueLTL2T3TBK4.pdf

445L

20mA Blue Light Emitting Diode

Very bright binary output

LEDorangeHLMP-D401.pdf

445L

10mA Orange Light Emitting Diode

Binary output

LEDs.pdf

319K

How to tell anode from cathode on an LED

 
LM1117.pdf 445L 3.3V LDO, 800 mA regulator  

LM2937.pdf

 

5V regulator, 0.5A

Convert NiMH into usable +5V supply

LM2937-3.3.pdf

 445L

3.3V regulator, 0.5A

Convert NiMH into usable +3.3V supply

LP2950.pdf

 445L

3.3V LDO regulator, 100 mA

Convert 3.7V LiIon into usable +3.3V supply
LM4041C.pdf 445L Adjustable Shunt Voltage Reference Creates a 2.5V voltage reference
MAX1247.pdf 12-bit SPI, 0 to 2.5V ADC Analog to digital converter

MAX492-MAX495.pdf

445L

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 12-bit DAC Digital to analog converter

MAX548.pdf

 

8-bit DAC

Digital to analog converter

MAX4460.pdf

 

Instrumentation amp, rail to rail outputs

Battery powered, single supply designs

MAX6225-MAX6250.pdf

445L

2.5, 4.096, 5V precision analog reference

Add constant offset in analog circuits

MC34119.pdf

445L

Audio amplifier

Speaker interface
OPA2350 445L

Single supply, rail to rail op amp, (also OPA4350)

Battery powered embedded system

PN2222-D.pdf
PN2222A.pdf

445L

NPN BJT transistor, Ice 500mA, beta of 100, not the same as 2N2222

Speaker, small motor, small solenoid

PN2907A.pdf

 

PNP transistor, Ice 500mA, beta of 100

Speaker, small motor, small solenoid

Serpac151.pdf

445L

Enclosure

Box for embedded system

Serpac251.pdf

445L

Enclosure (place for 9V battery)

Box for embedded system

ServoHS311.pdf

445M

Servo

60 degree motion motor

ServoManual.pdf

445M

Servo

60 degree motion motor

Stepper.pdf

445L

Stepper information, introduction

 

StepperBasic.pdf

445L

Stepper information, theory

 written by Ericsson

StepperDriveBasic.pdf

445L

Stepper information, drive circuits

 written by Ericsson

StepperHalfstep.pdf

445L

Stepper information, half stepping

 written by Ericsson

StepperMicrostep.pdf

445L

Stepper information, microstepping

 written by Ericsson

StepperSelection.pdf

445L

Stepper information, selection guide

 written by Ericsson  

Stepper_ST.pdf

445L

Stepper information, interfacing guide

 

StereoJack.pdf

319K

Head phone jack

Connect head phones into protoboard

TIP120-D.pdf

445M

NPN Darlington, 3 amp output, beta=1000

Motor interfacing

TIP120.pdf

NPN Darlington, 3 amp output, beta=1000

Motor interfacing

TLC2272.pdf

445L,

Single supply, rail to rail op amp, dual package

Battery powered embedded system

TLC2272a.pdf

445L

Single supply, rail to rail op amp, dual package

Battery powered embedded system

TLC2274.pdf

445L

Single supply, rail to rail op amp, quad package

Battery powered embedded system

TLC5615.pdf

 

10-bit DAC, SPI interaface

Analog output

TLV5616.pdf

445L 

12-bit DAC, SPI interaface

Analog outputs

TLV5618A.pdf

445L 

Dual 12-bit DAC, SPI interaface

Two analog outputs

TPA731.pdf

445L 

Single channel Class AB amp

Speaker ampfiler

TPA6017A2.pdf

445L 

Dual channel Class AB amp

Stereo speaker ampfiler

TantalumCap.pdf

445L

Tantalum Capacitor, polarized

Power supply filter

Last updated December 29, 2022 Send comments to: Jonathan W. Valvano .