No coin nor oath required. For personal study only.
Cover Page
Half Title Page
Title Page
Copyright Page
Table of Content
Editorβs Foreword
Preface
Safety
Chapter 1 Digital Electronics
Test: Digital Electronics
1-1 Lab Experiment: Clock Circuit
1-2 Lab Experiment: One-Shot Multivibrator and Debounced Switch
Chapter 2 Numbers We Use in Digital Electronics
Test: Numbers We Use in Digital Electronics
2-1 Lab Experiment: Using an Encoder
2-2 Lab Experiment: Using a Decoder
2-3 Lab Experiment: Using a CMOS Binary Counter
2-4 Multisim Experiment: Encoding Decimal to Binary
Chapter 3 Logic Gates
Test: Logic Gates
3-1 Lab Experiment: AND Gates
3-2 Lab Experiment: OR Gates
3-3 Lab Experiment: Inverters
3-4 Lab Experiment: NAND and NOR Gates
3-5 Lab Experiment: XOR and XNOR Gates
3-6 Lab Experiment: Using the NAND Gate
3-7 Design Problem: Gates with More Than Two Inputs
3-8 Design Problem: Converting Gates to Other Logic Functions
3-9 Troubleshooting Problem: Testing Logic Levels in a CMOS Timer Circuit
3-10 BASIC Stamp Experiment: Programming Logic Functions
Chapter 4 Combining Logic Gates
Test: Combining Logic Gates
4-1 Lab Experiment: Developing a Logic Circuit
4-2 Lab Experiment: Simplifying4-2 Lab Experiment: Simplifying Logic Circuits .
4-3 Multisim Experiment: Logic Simplification
4-4 Lab Experiment: Data Selectors
4-5 Design Problem: Solving Gating Problems with Data Selectors
4-6 Design Problem: Using CMOS to Solve a Five-Variable Logic Problem
4-7 Design Problem: A Decoder Using a PLD
4-8 BASIC Stamp Experiment: Binary-to-Seven-Segment Display Decoder
Chapter 5 IC Specifications and Simple Interfacing
Test: IC Specifications and Simple Interfacing
5-1 Lab Experiment: Interfacing Switches with TTL
5-2 Lab Experiment: Interfacing LEDs with TTL and CMOS
5-3 Lab Experiment: Interfacing TTL and CMOS Integrated Circuits
5-4 Lab Experiment: Interfacing CMOS with Buzzers, Relays, and Motors
5-5 Lab Experiment: Using an Optoisolator in Interfacing
5-6 Lab Experiment: Interfacing with a Stepper Motor
5-7 Lab Experiment: Using a Hall-Effect Switch
5-8 Lab Experiment: Interfacing with a Servo Motor
5-9 Design Problem: Control a Stepper Motor from a Keypad
5-10 BASIC Stamp Experiment: Driving a Servo Motor
Chapter 6 Encoding, Decoding, and Seven-Segment Displays
Test: Encoding, Decoding, and Seven-Segment Displays
6-1 Lab Experiment: Seven-Segment LED Displays
6-2 Lab Experiment: Code Translators
6-3 Lab Experiment: Driving the LCD Display
6-4 Lab Experiment: Using CMOS to Drive VF Displays
6-5 Troubleshooting Problem: Decoder/Display Circuit
6-6 Multisim Experiment: Decoding 8-Bit Binary to Hexadecimal
Chapter 7 Flip-Flops
Test: Flip-Flops
7-1 Lab Experiment: R-S Flip-Flops
7-2 Lab Experiment: D Flip-Flops
7-3 Lab Experiment: J-K Flip-Flops
7-4 Lab Experiment: Using a Latch
7-5 Lab Experiment: The Schmitt Trigger
7-6 Lab Experiment: A Latched Encoder-Decoder Using CMOS/LCD
Chapter 8 Counters
Test: Counters
8-1 Lab Experiment: Ripple Counters
8-2 Lab Experiment: TTL IC Ripple Counters
8-3 Lab Experiment: TTL IC Synchronous Up/Down Counters
8-4 Lab Experiment: Cascading Counters
8-5 Lab Experiment: Using Counters for Frequency Division
8-6 Lab Experiment: CMOS IC Counters
8-7 Lab Experiment: An Optical Encoder Driving a Counter
8-8 Lab Experiment: Hi-Low Guessing Game
8-9 Lab Experiment: An Experimental Tachometer
8-10 Design Problem: A 0-to-99 Counter with LCD Decimal Output
Chapter 9 Shift Registers
Test: Shift Registers
9-1 Lab Experiment: Serial-Load Shift Register
9-2 Lab Experiment: Parallel-Load Shift Register
9-3 Lab Experiment: The Universal Shift Register
9-4 Lab Experiment: A CMOS 8-Bit Shift Register
9-5 Lab Experiment: Digital Roulette Wheel Circuit
Chapter 10 Arithmetic Circuits
Test: Arithmetic Circuits
10-1 Lab Experiment: Half and Full Adders
10-2 Lab Experiment: 3-Bit Parallel Adder
10-3 Lab Experiment: Using the 7483 TTL IC Adder
10-4 Design Problem: 2s Complement Adder/Subtractor
10-5 Troubleshooting Problem: Full-Adder Circuit
Chapter 11 Memories
Test: Memories
11-1 Lab Experiment: Random-Access Memory
11-2 Lab Experiment: Read-Only Memory
11-3 Lab Experiment: Digital PotentiometerβUsing EEPROM
Chapter 12 Digital Systems
Test: Digital Systems
12-1 Lab Experiment: Digital Dice
12-2 Lab Experiment: Digital Stopwatch System
12-3 Lab Experiment: Multiplexed Displays
12-4 Troubleshooting Problem: Counter with Multiplexed Displays
12-5 Lab Experiment: LCD Timer with Alarm
Chapter 13 Computer Systems
Test: Computer Systems
13-1 Lab Experiment: Microcomputer Memory Address Decoding
13-2 Lab Experiment: Data Transmission
13-3 BASIC Stamp Experiment: Simple Input and Output
13-4 BASIC Stamp Experiment: Photo Input and Servo Motor Output
Chapter 14 Connecting with Analog Devices
Test: Connecting with Analog Devices
14-1 Lab Experiment: Voltage Gain of an Operational Amplifier
14-2 Lab Experiment: D/A Converter
14-3 Circuit Simulation: D/A Converter
14-4 Lab Experiment: An Elementary Digital Voltmeter
14-5 Circuit Simulation: Digital Voltmeter
14-6 Lab Experiment: Using the CMOS ADC0804 A/D Converter IC
14-7 Lab Experiment: Digital Light Meter
14-8 Lab Experiment: Digitizing Temperature
Appendix A Pin Diagrams
Appendix B Parts and Equipment List
Back Cover
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<span>Experiments Manual for Electronics: Principles & Applications</span>