Digital Electronics: Principles and Applications ISE

Name: Digital Electronics: Principles and Applications ISE
Price: 5150 ISK
Availability: InStock
Author: TOKHEIM
ISBN: 9781265391256

Höfundur: TOKHEIM (Útgáfa: 10)

Kaup valmöguleikar

Digital Electronics: Principles and Applications is an easy-to-read introductory text for students new to the field of digital electronics. Providing entry-level knowledge and skills for a wide range of occupations is the goal of this textbook and its ancillary materials. Concepts are connected to practical applications, and a systems approach is followed that reflects current practice in industry.

Nánar um bókina

Útgefandi: McGraw-Hill Higher Education (International)

ISBN: 9781265391256

Print ISBN: 9781266824142

Format: ePub

Útgáfa: 10

Höfundar: TOKHEIM

Tungumál: English

Útgefið: 2026-01-27

Prent takmörkun á líftíma: 100

Prent takmörkun: 2

Afritunar takmörkun: 2

Flokkar: Verkfræði

Efnisflokkar: Tækni og verkfræði › Stafrænt

Kaflar

Table of Contents and Preface
Cover Page
Half Title Page
Title Page
Principles and Applications
Copyright Information
Contents
Chapter 1 Digital Electronics Page 1
Chapter 2 Numbers We Use in Digital Electronics Page 26
Chapter 3 Logic Gates Page 43
Chapter 4 Combining Logic Gates Page 96
Chapter 5 IC Specifications and Simple Interfacing Page 155
Chapter 6 Encoding, Decoding, and Seven-Segment Displays Page 212
Chapter 7 Flip-Flops Page 252
Chapter 8 Counters Page 278
Chapter 9 Shift Registers Page 321
Chapter 10 Arithmetic Circuits Page 345
Chapter 11 Memories Page 377
Chapter 12 Simple Digital Systems Page 419
Chapter 13 Computer Systems Page 461
Chapter 14 Connecting with Analog Devices Page 515
About the Authors
Acknowledgments
Preface
New to This Release
Connect Digital Features
Curated, Auto-Graded Question Banks
STEM Prep- Adaptive Pre-Requisite Assignments
Test Builder in McGraw Hill Connect®
Additional Resources
Remote Proctoring & Browser-Locking Capabilities
Guided Tour
Safety
General Safety Rules for Electricity and Electronics
Connect
Chapter 1: Digital Electronics
Chapter 1: Introduction
1-1 What Is a Digital Signal?
Self-Test
1-2 Why Use Digital Circuits?
Application: Automobile Fuel Indicators
Digital Circuitry: Advantages and Limitations
Self-Test
1-3 Where Are Digital Circuits Used?
Self-Test
1-4 How Do You Generate a Digital Signal?
Generating a Digital Signal
Multivibrator Circuits
Wiring a Multivibrator
Wiring a Debounced Switch
Wiring a One-Shot Multivibrator
Digital Trainer
Self-Test
1-5 How Do You Test for a Digital Signal?
Self-Test
1-6 Simple Instruments
Function Generator
Logic Probe
Oscilloscope
Self-Test
Chapter 1 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 2: Numbers We Use in Digital Electronics
Chapter 2: Introduction
2-1 Counting in Decimal and Binary
Self-Test
2-2 Place Value
Self-Test
2-3 Binary to Decimal Conversion
Self-Test
2-4 Decimal to Binary Conversion
Self-Test
2-5 Electronic Translators
General Definitions
Application: Encoders and Decoders
Self-Test
2-6 Hexadecimal Numbers
Self-Test
2-7 Octal Numbers
Self-Test
2-8 Bits, Bytes, Nibbles, and Word Size
Self-Test
Chapter 2 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 3: Logic Gates
Chapter 3: Introduction
3-1 The AND Gate
Summary
Self-Test
3-2 The OR Gate
Self-Test
3-3 The Inverter and Buffer
Self-Test
3-4 The NAND Gate
Self-Test
3-5 The NOR Gate
Self-Test
3-6 The Exclusive OR Gate
Self-Test
3-7 The Exclusive NOR Gate
Self-Test
3-8 The NAND Gate as a Universal Gate
Self-Test
3-9 The NOR Gate as a Universal Gate
Self-Test
3-10 Gates with More Than Two Inputs
Self-Test
3-11 Using Inverters to Convert Gates
Self-Test
3-12 Practical TTL Logic Gates
IC Packaging
IC Wiring
IC Part Numbers
Self-Test
3-13 Practical CMOS Logic Gates
IC Packaging
IC Wiring
CMOS Subfamilies
Lower Voltage ICs
Self-Test
3-14 Troubleshooting Simple Gate Circuits
Summary
Self-Test
3-15 IEEE Logic Symbols
Self-Test
3-16 Simple Logic Gate Applications
Self-Test
3-17 Logic Functions Using Software (BASIC Stamp Module)
PBASIC Program: Two-Input AND Function
Programming Other Logic Functions
Self-Test
Chapter 3 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 4: Combining Logic Gates
Chapter 4: Introduction
4-1 Constructing Circuits from Boolean Expressions
Self-Test
4-2 Drawing a Circuit from a Maxterm Boolean Expression
Self-Test
4-3 Truth Tables and Boolean Expressions
Truth Table to Boolean Expression
Boolean Expression to Truth Table
Circuit Simulation Conversions
Self-Test
4-4 Sample Problem
Self-Test
4-5 Simplifying Boolean Expressions
Self-Test
4-6 Boolean Algebra
Self-Test
4-7 Karnaugh Maps
Self-Test
4-8 Karnaugh Maps with Three Variables
Self-Test
4-9 Karnaugh Maps with Four Variables
Self-Test
4-10 More Karnaugh Maps
Self-Test
4-11 A Five-Variable Karnaugh Map
Self-Test
4-12 Using NAND Logic
Self-Test
4-13 Computer Simulations: Logic Converter
Self-Test
4-14 Solving Logic Problems: Data Selectors
Solving Logic Problems
Summary
Self-Test
4-15 Programmable Logic Devices (PLDs)
Advantages of PLDs
Programming PLDs
What’s Inside the PLD?
Practical PLDs
Self-Test
4-16 Using De Morgan’s Theorems
Boolean Expressions: Keyboard Version
Minterm to Maxterms or Maxterm to Minterms
Summary
Self-Test
4-17 Solving a Logic Problem (BASIC Stamp Module)
PBASIC Program: 3in-3out Logic Problem
Self-Test
Chapter 4 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 5: IC Specifications and Simple Interfacing
Chapter 5: Introduction
5-1 Logic Levels and Noise Margin
Logic Levels: TTL
Logic Levels: CMOS
Logic Levels: Low-Voltage CMOS
Noise Margin
Self-Test
5-2 Other Digital IC Specifications
Drive Capabilities
Propagation Delay
Power Dissipation
Self-Test
5-3 MOS and CMOS ICs
MOS ICs
CMOS ICs
Self-Test
5-4 Interfacing TTL and CMOS with Switches
Switch Debouncing
Self-Test
5-5 Interfacing TTL and CMOS with LEDs
CMOS-To-LED Interfacing
TTL-To-LED Interfacing
Current Sourcing and Current Sinking
Improved LED Output Indicators
Self-Test
5-6 Interfacing TTL and CMOS ICs
Self-Test
5-7 Interfacing with Buzzers, Relays, Motors, and Solenoids
Interfacing with Buzzers
Interfacing Using Relays
Self-Test
5-8 Optoisolators
Self-Test
5-9 Interfacing with Servo and Stepper Motors
Servo Motor
Stepper Motor
Stepper Motor Control Sequence
Stepper Motor Interfacing
Summary
Self-Test
5-10 Using Hall-Effect Sensors
Basic Hall-Effect Sensor
Hall-Effect Switch
Gear-Tooth Sensing
Self-Test
5-11 Troubleshooting Simple Logic Circuits
Self-Test
5-12 Interfacing the Servo (BASIC Stamp Module)
PBASIC Program—ServoTest 1
Self-Test
Chapter 5 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 6: Encoding, Decoding, and Seven-Segment Displays
Chapter 6: Introduction
6-1 The 8421 BCD Code
Self-Test
6-2 The Excess-3 Code
Self-Test
6-3 The Gray Code
Shaft Encoder
Quadrature Encoder
Self-Test
6-4 The ASCII Code
Self-Test
6-5 Encoders
Self-Test
6-6 Seven-Segment LED Displays
Display Technologies
Light-Emitting Diode
Seven-Segment LED Display
Self-Test
6-7 Decoders
Self-Test
6-8 BCD-to-Seven-Segment Decoder/Drivers
Self-Test
6-9 Liquid-Crystal Displays
Monochrome LCD
Driving the LCD
Commercial LCDs
Color LCDs
Self-Test
6-10 Using CMOS to Drive an LCD Display
Self-Test
6-11 Vacuum Fluorescent Displays
Self-Test
6-12 Driving a VF Display
Self-Test
6-13 Troubleshooting a Decoding Circuit
Circuit 1
Circuit 2
Self-Test
Chapter 6 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 7: Flip-Flops
Chapter 7: Introduction
7-1 The R-S Flip-Flop
Self-Test
7-2 The Clocked R-S Flip-Flop
Self-Test
7-3 The D Flip-Flop
Self-Test
7-4 The J-K Flip-Flop
Self-Test
7-5 IC Latches
Self-Test
7-6 Triggering Flip-Flops
Self-Test
7-7 Schmitt Trigger
Self-Test
7-8 IEEE Logic Symbols
Self-Test
7-9 Application: Latched Encoder-Decoder System
Self-Test
Chapter 7 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 8: Counters
Chapter 8: Introduction
8-1 Ripple Counters
Self-Test
8-2 Mod-10 Ripple Counters
Self-Test
8-3 Synchronous Counters
Self-Test
8-4 Down Counters
Self-Test
8-5 Self-Stopping Counters
Self-Test
8-6 Counters as Frequency Dividers
Self-Test
8-7 TTL IC Counters
The 7493 4-Bit Counter
The 74192 Up/Down Decade Counter
Applications
Self-Test
8-8 CMOS IC Counters
The 74HC393 4-Bit Binary Counter
The 74HC193 4-Bit Binary Up/Down Counter
Applications
Self-Test
8-9 A Three-Digit BCD Counter
Application
Self-Test
8-10 Counting Real-World Events
Self-Test
8-11 Using a CMOS Counter in an Electronic Game
Self-Test
8-12 Using Counters—An Experimental Tachometer
Self-Test
8-13 Troubleshooting a Counter
Self-Test
Chapter 8 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 9: Shift Registers
Chapter 9: Introduction
9-1 Serial-Load Shift Registers
Self-Test
9-2 Parallel-Load Shift Registers
Self-Test
9-3 A Universal Shift Register
Self-Test
9-4 Using the 74LS194 IC Shift Register
Self-Test
9-5 An 8-Bit CMOS Shift Register
Self-Test
9-6 Using Shift Registers: Digital Roulette
Self-Test
9-7 Troubleshooting a Simple Shift Register
Self-Test
Chapter 9 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 10: Arithmetic Circuits
Chapter 10: Introduction
10-1 Binary Addition
Self-Test
10-2 Half Adders
Self-Test
10-3 Full Adders
Self-Test
10-4 3-Bit Adders
Self-Test
10-5 Binary Subtraction
Self-Test
10-6 Parallel Subtractors
Self-Test
10-7 IC Adders
Self-Test
10-8 Binary Multiplication
Self-Test
10-9 Binary Multipliers
Self-Test
10-10 2s Complement Notation, Addition, and Subtraction
2s Complement 4-bit
2s Complement Addition
2s Complement Subtraction
2s Complement 8-bit
Self-Test
10-11 2s Complement Adders/Subtractors
Self-Test
10-12 Troubleshooting a Full Adder
Self-Test
Chapter 10 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 11: Memories
Chapter 11: Introduction
11-1 Overview of Memory
Memory Devices in Computers
Magnetic Storage
Optical Storage
Semiconductor Storage
Semiconductor Storage Cells
Self-Test
11-2 Random-Access Memory (RAM)
Self-Test
11-3 Static RAM ICs
Self-Test
11-4 Using a SRAM
Self-Test
11-5 Read-Only Memory (ROM)
Self-Test
11-6 Using a ROM
Self-Test
11-7 Programmable Read-Only Memory (PROM)
Self-Test
11-8 Nonvolatile Read/Write Memory
Battery Backup SRAM
NVSRAM
Flash Memory
Ferroelectric RAM
Magnetoresistive RAM
Self-Test
11-9 Memory Packaging
Self-Test
11-10 Computer Bulk Storage Devices
Mechanical Devices
Magnetic Devices
Hard Disks
Floppy Disks
Optical Discs
USB Flash Memory
Access Time
Self-Test
11-11 Digital Potentiometer: Using NV Memory
Self-Test
Chapter 11 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 12: Simple Digital Systems
Chapter 12: Introduction
12-1 Elements of a System
BASIC Stamp 2 Module
Self-Test
12-2 A Digital System on an IC
Self-Test
12-3 Digital Games
Simple Dice Game
Self-Test
12-4 The Digital Clock
Self-Test
12-5 The LSI Digital Clock
50- or 60-Hz Input (Pin 16)
50- or 60-Hz Select Input (Pin 11)
Time-Setting Inputs (Pins 13, 14, and 15)
12- or 24-H Select Input (Pin 10)
Output MUX Operation (Pins 3 to 9 and 17 to 22)
Multiplex Timing Input (Pin 23)
Four/Six-Digit Select Input (Pin 24)
Output Enable Input (Pin 1)
Power Inputs (Pins 2 and 12)
Real-Time Clocks
Self-Test
12-6 The Frequency Counter
Self-Test
12-7 An Experimental Frequency Counter
Self-Test
12-8 LCD Timer with Alarm
Time Base
Self-Stopping Down Counters
8-Bit Magnitude Comparator
Decoder/Driver
Self-Test
12-9 Simple Distance Sensing
Infrared-Light Distance Sensor
Ultrasonic Distance Sensor
Testing a Distance Sensor
Noncontact Operation with Distance Sensor
Self-Test
12-10 JTAG/Boundary Scan
Self-Test
Chapter 12 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 13: Computer Systems
Chapter 13: Introduction
13-1 The Computer
Self-Test
13-2 The Microcomputer
Self-Test
13-3 Microcomputer Operation
Self-Test
13-4 Microcomputer Address Decoding
Self-Test
13-5 Data Transmission
Self-Test
13-6 Detecting Errors in Data Transmissions
Self-Test
13-7 Data Transmission in a Computer System
Keyboard Port
Mouse Port
Video Port
Serial Port
Parallel Port
Audio Ports
USB Port
Ethernet Port
Transmission Example
Self-Test
13-8 Programmable Logic Controllers
Self-Test
13-9 Microcontrollers
Microcontrollers Compared to Microprocessors
A Family of Microcontrollers
The PIC16C55 Microcontroller
Self-Test
13-10 The BASIC Stamp Microcontroller Modules
Simple BASIC Stamp Programming
Self-Test
13-11 Digital Signal Processing
Self-Test
13-12 DSP in a Digital Camera
Self-Test
13-13 Microcontroller: Photo Input and Servo Motor Output
Wiring the BASIC Stamp Circuit
BASIC Stamp Programming
Self-Test
Chapter 13 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Chapter 14: Connecting with Analog Devices
Chapter 14: Introduction
14-1 D/A Conversion
Self-Test
14-2 Operational Amplifiers
Self-Test
14-3 A Basic D/A Converter
Self-Test
14-4 Ladder-Type D/A Converters
Self-Test
14-5 An A/D Converter
Self-Test
14-6 Voltage Comparators
Self-Test
14-7 An Elementary Digital Voltmeter
Self-Test
14-8 Other A/D Converters
Self-Test
14-9 A/D Converter Specifications
Type of Output
Resolution
Accuracy
Conversion Time
Other Specifications
Self-Test
14-10 An A/D Converter IC
Self-Test
14-11 Digital Light Meter
Self-Test
14-12 Digitizing Temperature
Self-Test
Chapter 14 Summary and Review
Summary
Correlated Experiments
Chapter Review Questions
Critical Thinking Questions
Answers to Self-Tests
Appendix A
Appendix A: Solder and the Soldering Process
From a Simple Task to a Fine Art
The Advantages of Soldering
The Nature of Solder
The Wetting Action
The Role of Flux
Soldering Irons
Controlling Heat at the Joint
Selecting the Soldering Iron and Tip
Making the Solder Connection
Final Inspection and Removal of Flux
What the Law Requires
Appendix B
Appendix B: 2s Complement Conversions
Glossary of Terms and Symbols
Glossary of Terms and Symbols
Index
Index
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Z
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A Tech Graphic with Circles Extended Description (FM)
Chapter 1 Page Titled Digital Extended Description (FM)
A Page Titled 2-6 Hexadecimal Numbers Extended Description (FM)
A Self-test Page with Five Extended Description (FM)
A Textbook Text on Boolean Expressions and a History Extended Description (FM)
An Excerpt with Numbered Points Extended Description (FM)
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A Chapter Summary Page Titled Chapter 1 Extended Description (FM)
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Fig. 5-11 Extended Description (Chapter 5)
Fig. 5-12 Extended Description (Chapter 5)
Fig. 5-13 Extended Description (Chapter 5)
Fig. 5-14 Extended Description (Chapter 5)
Fig. 5-15 Extended Description (Chapter 5)
Fig. 5-16 Extended Description (Chapter 5)
Fig. 5-17 Extended Description (Chapter 5)
Fig. 5-18 Extended Description (Chapter 5)
Fig. 5-19 Extended Description (Chapter 5)
Fig. 5-20 Extended Description (Chapter 5)
Fig. 5-21 Extended Description (Chapter 5)
Fig. 5-22 Extended Description (Chapter 5)
Fig. 5-23 Extended Description (Chapter 5)
Fig. 5-24 Extended Description (Chapter 5)
Fig. 5-25 Extended Description (Chapter 5)
Fig. 5-26 Extended Description (Chapter 5)
Fig. 5-27 Extended Description (Chapter 5)
Fig. 5-28 Extended Description (Chapter 5)
Fig. 5-29 Extended Description (Chapter 5)
Fig. 5-30 Extended Description (Chapter 5)
Fig. 5-31 Extended Description (Chapter 5)
Fig. 5-32 Extended Description (Chapter 5)
Fig. 5-33 Extended Description (Chapter 5)
Fig. 5-34 Extended Description (Chapter 5)
Fig. 5-35 Extended Description (Chapter 5)
Fig. 5-36 Extended Description (Chapter 5)
Fig. 5-37 Extended Description (Chapter 5)
Fig. 5-38 Extended Description (Chapter 5)
Fig. 5-39 Extended Description (Chapter 5)
Fig. 5-40 Extended Description (Chapter 5)
Fig. 5-41 Extended Description (Chapter 5)
Fig. 5-42 Extended Description (Chapter 5)
Fig. 5-43 Extended Description (Chapter 5)
Fig. 5-44 Extended Description (Chapter 5)
Fig. 5-45 Extended Description (Chapter 5)
Fig. 5-46 Extended Description (Chapter 5)
Fig. 5-48 Extended Description (Chapter 5)
Fig. 5-49 Extended Description (Chapter 5)
Fig. 5-50 Extended Description (Chapter 5)
Fig. 5-51 Extended Description (Chapter 5)
Fig. 5-52 Extended Description (Chapter 5)
Fig. 6-1 Extended Description (Chapter 6)
Fig. 6-2 Extended Description (Chapter 6)
Fig. 6-3 Extended Description (Chapter 6)
Fig. 6-4 Extended Description (Chapter 6)
Fig. 6-5 Extended Description (Chapter 6)
Fig. 6-6 Extended Description (Chapter 6)
Fig. 6-7 Extended Description (Chapter 6)
Fig. 6-8 Extended Description (Chapter 6)
Fig. 6-9 Extended Description (Chapter 6)
Fig. 6-10 Extended Description (Chapter 6)
Fig. 6-11 Extended Description (Chapter 6)
Fig. 6-12 Extended Description (Chapter 6)
Fig. 6-13 Extended Description (Chapter 6)
Fig. 6-14 Extended Description (Chapter 6)
Fig. 6-15 Extended Description (Chapter 6)
Fig. 6-16 Extended Description (Chapter 6)
Fig. 6-17 Extended Description (Chapter 6)
Fig. 6-18 Extended Description (Chapter 6)
Fig. 6-19 Extended Description (Chapter 6)
Fig. 6-20 Extended Description (Chapter 6)
Fig. 6-21 Extended Description (Chapter 6)
Fig. 6-22 Extended Description (Chapter 6)
Fig. 6-23 Extended Description (Chapter 6)
Fig. 6-24 Extended Description (Chapter 6)
Fig. 6-25 Extended Description (Chapter 6)
Fig. 6-26 Extended Description (Chapter 6)
Fig. 6-27 Extended Description (Chapter 6)
Fig. 6-28 Extended Description (Chapter 6)
Fig. 6-29 Extended Description (Chapter 6)
Fig. 6-30 Extended Description (Chapter 6)
Fig. 6-31 Extended Description (Chapter 6)
Fig. 6-32 Extended Description (Chapter 6)
Fig. 6-33 Extended Description (Chapter 6)
Fig. 6-34 Extended Description (Chapter 6)
Fig. 6-35 Extended Description (Chapter 6)
Fig. 6-36 Extended Description (Chapter 6)
Fig. 6-37 Extended Description (Chapter 6)
Fig. 6-38 Extended Description (Chapter 6)
Fig. 6-39 Extended Description (Chapter 6)
Fig. 6-40 Extended Description (Chapter 6)
Fig. 6-41 Extended Description (Chapter 6)
Fig. 6-42 Extended Description (Chapter 6)
Fig. 7-1 Extended Description (Chapter 7)
Fig. 7-2 Extended Description (Chapter 7)
Fig. 7-3 Extended Description (Chapter 7)
Fig. 7-4 Extended Description (Chapter 7)
Fig. 7-5 Extended Description (Chapter 7)
Fig. 7-6 Extended Description (Chapter 7)
Fig. 7-7 Extended Description (Chapter 7)
Fig. 7-8 Extended Description (Chapter 7)
Fig. 7-9 Extended Description (Chapter 7)
Fig. 7-10 Extended Description (Chapter 7)
Fig. 7-11 Extended Description (Chapter 7)
Fig. 7-12 Extended Description (Chapter 7)
Fig. 7-13 Extended Description (Chapter 7)
Fig. 7-14 Extended Description (Chapter 7)
Fig. 7-15 Extended Description (Chapter 7)
Fig. 7-16 Extended Description (Chapter 7)
Fig. 7-17 Extended Description (Chapter 7)
Fig. 7-18 Extended Description (Chapter 7)
Fig. 7-19 Extended Description (Chapter 7)
Fig. 7-20 Extended Description (Chapter 7)
Fig. 7-21 Extended Description (Chapter 7)
Fig. 7-22 Extended Description (Chapter 7)
Fig. 7-23 Extended Description (Chapter 7)
Fig. 7-25 Extended Description (Chapter 7)
Fig. 7-26 Extended Description (Chapter 7)
Fig. 7-27 Extended Description (Chapter 7)
Fig. 7-28 Extended Description (Chapter 7)
Fig. 7-29 Extended Description (Chapter 7)
Fig. 7-30 Extended Description (Chapter 7)
Fig. 7-31 Extended Description (Chapter 7)
Fig. 7-33 Extended Description (Chapter 7)
Fig. 7-34 Extended Description (Chapter 7)
Fig. 8-2 Extended Description (Chapter 8)
Fig. 8-3 Extended Description (Chapter 8)
Fig. 8-4 Extended Description (Chapter 8)
Fig. 8-5 Extended Description (Chapter 8)
Fig. 8-6 Extended Description (Chapter 8)
Fig. 8-7 Extended Description (Chapter 8)
Fig. 8-8 Extended Description (Chapter 8)
Fig. 8-9 Extended Description (Chapter 8)
Fig. 8-10 Extended Description (Chapter 8)
Fig. 8-12 Extended Description (Chapter 8)
Fig. 8-13 Extended Description (Chapter 8)
Fig. 8-14 Extended Description (Chapter 8)
Fig. 8-15 Extended Description (Chapter 8)
Fig. 8-16 Extended Description (Chapter 8)
Fig. 8-17 Extended Description (Chapter 8)
Fig. 8-18 Extended Description (Chapter 8)
Fig. 8-19 Extended Description (Chapter 8)
Fig. 8-20 Extended Description (Chapter 8)
Fig. 8-21 Extended Description (Chapter 8)
Fig. 8-22 Extended Description (Chapter 8)
Fig. 8-23 Extended Description (Chapter 8)
Fig. 8-24 Extended Description (Chapter 8)
Fig. 8-25 Extended Description (Chapter 8)
Fig. 8-26 Extended Description (Chapter 8)
Fig. 8-28 Extended Description (Chapter 8)
Fig. 8-29 Extended Description (Chapter 8)
Fig. 8-30 Extended Description (Chapter 8)
Fig. 8-31 Extended Description (Chapter 8)
Fig. 8-32 Extended Description (Chapter 8)
Fig. 8-33 Extended Description (Chapter 8)
Fig. 8-34 Extended Description (Chapter 8)
Fig. 8-36 Extended Description (Chapter 8)
Fig. 8-37 Extended Description (Chapter 8)
Fig. 8-38 Extended Description (Chapter 8)
Fig. 9-1 Extended Description (Chapter 9)
Fig. 9-2 Extended Description (Chapter 9)
Fig. 9-3 Extended Description (Chapter 9)
Fig. 9-4 Extended Description (Chapter 9)
Fig. 9-5 Extended Description (Chapter 9)
Fig. 9-6 Extended Description (Chapter 9)
Fig. 9-7 Extended Description (Chapter 9)
Fig. 9-8 Extended Description (Chapter 9)
Fig. 9-9 Extended Description (Chapter 9)
Fig. 9-10 Extended Description (Chapter 9)
Fig. 9-11 Extended Description (Chapter 9)
Fig. 9-12 Extended Description (Chapter 9)
Fig. 9-13 Extended Description (Chapter 9)
Fig. 9-14 Extended Description (Chapter 9)
Fig. 9-15 Extended Description (Chapter 9)
Fig. 9-16 Extended Description (Chapter 9)
Fig. 9-17 Extended Description (Chapter 9)
Fig. 9-18 Extended Description (Chapter 9)
Fig. 9-19 Extended Description (Chapter 9)
Fig. 10-1 Extended Description (Chapter 10)
Fig. 10-2 Extended Description (Chapter 10)
Fig. 10-3 Extended Description (Chapter 10)
Fig. 10-4 Extended Description (Chapter 10)
Fig. 10-5 Extended Description (Chapter 10)
Fig. 10-6 Extended Description (Chapter 10)
Fig. 10-7 Extended Description (Chapter 10)
Fig. 10-8 Extended Description (Chapter 10)
Logic Circuit has Two Input XOR Gate and Two Input Extended Description (Chapter 10)
Logic Circuit has Five, 2-Input Gates Extended Description (Chapter 10)
Fig. 10-9 Extended Description (Chapter 10)
Fig. 10-10 Extended Description (Chapter 10)
Fig. 10-11 Extended Description (Chapter 10)
Fig. 10-12 Extended Description (Chapter 10)
Fig. 10-13 Extended Description (Chapter 10)
Fig. 10-14 Extended Description (Chapter 10)
Fig. 10-15 Extended Description (Chapter 10)
Fig. 10-16 Extended Description (Chapter 10)
Fig. 10-17 Extended Description (Chapter 10)
Fig. 10-18 Extended Description (Chapter 10)
Fig. 10-19 Extended Description (Chapter 10)
Fig. 10-20 Extended Description (Chapter 10)
Fig. 10-22 Extended Description (Chapter 10)
Fig. 10-23 Extended Description (Chapter 10)
Fig. 10-24 Extended Description (Chapter 10)
Fig. 10-25 Extended Description (Chapter 10)
Fig. 10-26 Extended Description (Chapter 10)
Fig. 10-27 Extended Description (Chapter 10)
Fig. 10-28 Extended Description (Chapter 10)
Fig. 10-29 Extended Description (Chapter 10)
Fig. 10-30 Extended Description (Chapter 10)
Fig. 10-31 Extended Description (Chapter 10)
Logic circuit has two input Extended Description (Chapter 10)
Logic circuit Extended Description (Chapter 10)
Fig. 11-1 Extended Description (Chapter 11)
Fig. 11-2 Extended Description (Chapter 11)
Fig. 11-4 Extended Description (Chapter 11)
Fig. 11-5 Extended Description (Chapter 11)
Fig. 11-6 Extended Description (Chapter 11)
Fig. 11-7 Extended Description (Chapter 11)
Fig. 11-8 Extended Description (Chapter 11)
Fig. 11-9 Extended Description (Chapter 11)
Fig. 11-11 Extended Description (Chapter 11)
Fig. 11-12 Extended Description (Chapter 11)
Fig. 11-13 Extended Description (Chapter 11)
Fig. 11-14 Extended Description (Chapter 11)
Fig. 11-19 Extended Description (Chapter 11)
Fig. 11-20 Extended Description (Chapter 11)
Fig. 11-22 Extended Description (Chapter 11)
Fig. 11-23 Extended Description (Chapter 11)
Fig. 11-24 Extended Description (Chapter 11)
Fig. 11-25 Extended Description (Chapter 11)
Fig. 11-26 Extended Description (Chapter 11)
Fig. 12-1 Extended Description (Chapter 12)
Fig. 12-2 Extended Description (Chapter 12)
Fig. 12-3 Extended Description (Chapter 12)
Fig. 12-4 Extended Description (Chapter 12)
Fig. 12-5 Extended Description (Chapter 12)
Fig. 12-6 Extended Description (Chapter 12)
Fig. 12-7 Extended Description (Chapter 12)
Fig. 12-8 Extended Description (Chapter 12)
Fig. 12-9 Extended Description (Chapter 12)
Fig. 12-10 Extended Description (Chapter 12)
Fig. 12-12 Extended Description (Chapter 12)
Fig. 12-13 Extended Description (Chapter 12)
Fig. 12-14 Extended Description (Chapter 12)
Fig. 12-15 Extended Description (Chapter 12)
Fig. 12-16 Extended Description (Chapter 12)
Fig. 12-17 Extended Description (Chapter 12)
Fig. 12-18 Extended Description (Chapter 12)
Fig. 12-19 Extended Description (Chapter 12)
Fig. 12-20 Extended Description (Chapter 12)
Fig. 12-21 Extended Description (Chapter 12)
Fig. 12-22 Extended Description (Chapter 12)
Fig. 12-23 Extended Description (Chapter 12)
Fig. 12-24 Extended Description (Chapter 12)
Fig. 12-25 Extended Description (Chapter 12)
Fig. 12-26 Extended Description (Chapter 12)
Fig. 12-27 Extended Description (Chapter 12)
Fig. 12-28 Extended Description (Chapter 12)
Fig. 12-29 Extended Description (Chapter 12)
Fig. 13-1 Extended Description (Chapter 13)
Fig. 13-2 Extended Description (Chapter 13)
Fig. 13-3 Extended Description (Chapter 13)
Fig. 13-4 Extended Description (Chapter 13)
Fig. 13-5 Extended Description (Chapter 13)
Fig. 13-6 Extended Description (Chapter 13)
Fig. 13-7 Extended Description (Chapter 13)
Fig. 13-8 Extended Description (Chapter 13)
Fig. 13-9 Extended Description (Chapter 13)
Fig. 13-10 Extended Description (Chapter 13)
Fig. 13-11 Extended Description (Chapter 13)
Fig. 13-12 Extended Description (Chapter 13)
Fig. 13-13 Extended Description (Chapter 13)
Fig. 13-14 Extended Description (Chapter 13)
Fig. 13-15 Extended Description (Chapter 13)
Fig. 13-16 Extended Description (Chapter 13)
Fig. 13-17 Extended Description (Chapter 13)
Fig. 13-18 Extended Description (Chapter 13)
Fig. 13-19 Extended Description (Chapter 13)
Fig. 13-20 Extended Description (Chapter 13)
Fig. 13-21 Extended Description (Chapter 13)
Fig. 13-22 Extended Description (Chapter 13)
Fig. 13-23 Extended Description (Chapter 13)
Fig. 13-24 Extended Description (Chapter 13)
Example 13-1 Extended Description (Chapter 13)
Example 13-2 Extended Description (Chapter 13)
Example 13-3 Extended Description (Chapter 13)
Example 13-4 Extended Description (Chapter 13)
Fig. 13-25 Extended Description (Chapter 13)
Ladder Diagram with Two Rails Extended Description (Chapter 13)
Fig. 13-27 Extended Description (Chapter 13)
Fig. 13-28 Extended Description (Chapter 13)
Fig. 13-29 Extended Description (Chapter 13)
Fig. 13-30 Extended Description (Chapter 13)
Fig. 13-32 Extended Description (Chapter 13)
Fig. 13-34 Extended Description (Chapter 13)
Fig. 13-36 Extended Description (Chapter 13)
Fig. 13-37 Extended Description (Chapter 13)
Fig. 13-38 Extended Description (Chapter 13)
Fig. 13-39 Extended Description (Chapter 13)
Fig. 13-40 Extended Description (Chapter 13)
Fig. 13-42 Extended Description (Chapter 13)
Fig. 13-43 Extended Description (Chapter 13)
Fig. 13-44 Extended Description (Chapter 13)
Ladder Diagram Shows Extended Description (Chapter 13)
Fig. 14-1 Extended Description (Chapter 14)
Fig. 14-2 Extended Description (Chapter 14)
Fig. 14-3 Extended Description (Chapter 14)
Fig. 14-4 Extended Description (Chapter 14)
Fig. 14-5 Extended Description (Chapter 14)
Fig. 14-6 Extended Description (Chapter 14)
Fig. 14-7 Extended Description (Chapter 14)
Fig. 14-8 Extended Description (Chapter 14)
Fig. 14-9 Extended Description (Chapter 14)
Fig. 14-10 Extended Description (Chapter 14)
Fig. 14-11 Extended Description (Chapter 14)
Fig. 14-12 Extended Description (Chapter 14)
Fig. 14-13 Extended Description (Chapter 14)
Fig. 14-14 Extended Description (Chapter 14)
Fig. 14-15 Extended Description (Chapter 14)
Fig. 14-16 Extended Description (Chapter 14)
Fig. 14-17 Extended Description (Chapter 14)
Fig. 14-18 Extended Description (Chapter 14)
Fig. 14-19 Extended Description (Chapter 14)
Fig. 14-20 Extended Description (Chapter 14)
Fig. 14-21 Extended Description (Chapter 14)
Fig. 14-22 Extended Description (Chapter 14)
Fig. 14-23 Extended Description (Chapter 14)
Fig. A.2 Extended Description (Appendix A)
Fig. A.5 Extended Description (Appendix A)
Eight-to-one Data Selector Extended Description (Glossary)
A Block Diagram Showing Extended Description (Glossary)
Four Binary Addition Examples Showing Extended Description (Glossary)
Four Binary Subtraction Examples Extended Description (Glossary)
A Standard TTL Buffer Drives Extended Description (Glossary)
A Higher-voltage CMOS Input Extended Description (Glossary)
Complementary Metal Oxide Semiconductor Extended Description (Glossary)
A Boolean Expression is Shown Extended Description (Glossary)
A Logic Circuit Using an Inverter Extended Description (Glossary)
A Cutaway Diagram of a Liquid Extended Description (Glossary)
A Cutaway Diagram of a Display Tube Extended Description (Glossary)
A Voltage Waveform Crosses from Low Extended Description (Glossary)
A Cylindrical Stepper Motor Shows Extended Description (Glossary)
A Flow Shows Decimal Four Plus Three Extended Description (Glossary)
A 8421 Binary Coded Decimal Layout Extended Description (Glossary)
An 8421 Binary Coded Decimal Table Extended Description (Glossary)
A Labeled Breakdown of Part Number Extended Description (Glossary)
A Labeled Breakdown of Part Number Extended Description (Glossary)
A Block Diagram Shows a 60-hertz Extended Description (Glossary)
A Switch Connects to Five Volts and Ground Extended Description (Glossary)
Two Karnaugh Maps Labeled with A, B, C, D, and E Extended Description (Glossary)
A Four-input AND Gate Labeled Extended Description (Glossary)
A Four-input NAND Gate is Shown Equal Extended Description (Glossary)
A Four-input OR Gate Labeled A, B, C, and D Extended Description (Glossary)
A Free-running Multivibrator Powered Extended Description (Glossary)
A Full Subtractor Block Extended Description (Glossary)
A Table Lists Eight Three-bit Gray Extended Description (Glossary)
A Half Adder Block Receives Inputs Extended Description (Glossary)
A Half Subtractor Block Receives Inputs A and B Extended Description (Glossary)
A Logic-driven NPN Transistor Extended Description (Glossary)
A Four-variable Karnaugh Map Extended Description (Glossary)
A Four-variable Karnaugh Map with Four Extended Description (Glossary)
A Transistor-driven Relay Circuit Extended Description (Glossary)
A Transistor-driven Relay Circuit Extended Description (Glossary)
Two Stacked Karnaugh Maps with Columns Extended Description (Glossary)
A Fourteen-pin Integrated Circuit Extended Description (Glossary)
A Block Diagram Showing Inputs Extended Description (Glossary)
A Five-volt Source, a Switch Extended Description (Glossary)
A Circular Shaft Encoder Shows Concentric Extended Description (Glossary)
A Slotted Sensor Shows a Light-emitting Extended Description (Glossary)
Eight-bit Register Showing from Left Extended Description (Glossary)
Eight-bit Register from Left to Right Extended Description (Glossary)
From Left to Right, Decimal Seven Extended Description (Glossary)
From Left to Right, Fourteen-pin Extended Description (Glossary)
Title Reads Two Bit Gray Code Extended Description (Glossary)
From Left to Right, Capacitor Extended Description (Glossary)
A Vertical List of Data Inputs Zero to Seven Extended Description (Glossary)
Eight Register Cells Show Bits Extended Description (Glossary)
An Eight-cell Shift Register Showing Extended Description (Glossary)
A Serial Load Shift-left Register Extended Description (Glossary)
A CMOS Inverter Drives an LED Extended Description (Glossary)
A Table Lists TTL Types Extended Description (Glossary)
A Waveform Input Feeds Extended Description (Glossary)
A Pull-up Resistor from Plus Extended Description (Glossary)
A 3-input AND Gate A, B, and C Extended Description (Glossary)
A Logic Diagram Showing a Data Extended Description (Glossary)
A Circuit Showing an Input Buffer Extended Description (Glossary)
A Table with Columns Labeled A Extended Description (Glossary)
A Circuit with a TTL Buffer Extended Description (Glossary)
A Waveform Input and a Control Extended Description (Glossary)
A Gated S R Latch Made from Four NAND Extended Description (Glossary)