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Digital Electronics : A Practical Approach

ISBN: 9780131141650 | 0131141651
Edition: 8th
Format: Hardcover
Publisher: Prentice Hall
Pub. Date: 1/1/2008

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SummaryTable of Contents
This easy-to-understand book illustrates practical applications using circuits the user will face in the design engineer field. Electronics Workbench CD-ROM included contains Electronics Workbench Version 5 and EWB Multisim Version 6 circuit data files, as well as solutions to the in-text Altera and Xilinx examples-providing users with additional reinforcement and feedback concerning exercises and problems. Programmable Logic Devices (CPLDs); Timing waveforms; MultiSIM simulations of digital circuit applications; Computer generated Boolean logi... MORE
... MORE
Number Systems and Codes
2(26)
Outline
2(1)
Objectives
2(1)
Introduction
3(1)
Digital versus Analog
3(1)
Digital Representations of Analog Quantities
3(3)
Decimal Numbering System (Base 10)
6(1)
Binary Numbering System (Base 2)
7(2)
Decimal-to-Binary Conversion
9(2)
Octal Numbering System (Base 8)
11(1)
Octal Conversions
11(2)
Hexadecimal Numbering System (Base 16)
13(1)
Hexadecimal Conversions
14(2)
Binary-Coded-Decimal System
16(1)
Comparison of Numbering Systems
16(1)
The ASCII Code
17(2)
Applications of the Numbering Systems
19(9)
Summary
22(1)
Glossary
22(1)
Problems
23(1)
Schematic Interpretation Problems
24(1)
Electronics Workbench®/MultiSIM® Exercises
25(1)
Answers to Review Questions
26(2)
Digital Electronic Signals and Switches
28(32)
Outline
28(1)
Objectives
28(1)
Introduction
29(1)
Digital Signals
29(1)
Clock Waveform Timing
29(2)
Serial Representation
31(1)
Parallel Representation
32(3)
Switches in Electronic Circuits
35(1)
A Relay as a Switch
36(3)
A Diode as a Switch
39(3)
A Transistor as a Switch
42(4)
The TTL Integrated Circuit
46(3)
MultiSIM Simulation of Switching Circuits
49(2)
The CMOS Integrated Circuit
51(1)
Surface-Mount Devices
51(9)
Summary
53(1)
Glossary
53(2)
Problems
55(2)
Schematic Interpretation Problems
57(1)
Electronics Workbench®/MultiSIM® Exercises
58(1)
Answers to Review Questions
59(1)
Basic Logic Gates
60(48)
Outline
60(1)
Objectives
60(1)
Introduction
61(1)
The AND Gate
61(2)
The OR Gate
63(2)
Timing Analysis
65(3)
Enable and Disable Functions
68(2)
Using IC Logic Gates
70(1)
Introduction to Troubleshooting Techniques
71(5)
The Inverter
76(1)
The NAND Gate
77(2)
The NOR Gate
79(2)
Logic Gate Waveform Generation
81(7)
Using IC Logic Gates
88(2)
Summary of the Basic Logic Gates and IEEE/IEC Standard Logic Symbols
90(18)
Summary
92(1)
Glossary
93(1)
Problems
94(10)
Schematic Interpretation Problems
104(1)
Electronics Workbench®/MultiSIM® Exercises
105(2)
Answers to Review Questions
107(1)
Programmable Logic Devices: Altera and Xilinx CPLDs and FPGAs
108(20)
Outline
108(1)
Objectives
108(1)
Introduction
108(1)
PLD Design Flow
109(3)
PLD Architecture
112(4)
Using PLDs to Solve Basic Logic Designs
116(12)
Summary
124(1)
Glossary
124(1)
Problems
125(2)
CPLD Problems
127(1)
Boolean Algebra and Reduction Techniques
128(66)
Outline
128(1)
Objectives
128(1)
Introduction
129(1)
Combinational Logic
129(2)
Boolean Algebra Laws and Rules
131(5)
Simplification of Combinational Logic Circuits Using Boolean Algebra
136(6)
De Morgan's Theorem
142(12)
The Universal Capability of NAND and NOR Gates
154(5)
AND-OR-INVERT Gates for Implementing Sum-of-Products Expressions
159(4)
Karnaugh Mapping
163(6)
System Design Applications
169(3)
CPLD Design Applications
172(22)
Summary
176(1)
Glossary
176(1)
Problems
177(11)
Schematic Interpretation Problems
188(1)
Electronics Workbench®/MultiSIM® Exercises
189(2)
CPLD Problems
191(2)
Answers to Review Questions
193(1)
Exclusive-OR and Exclusive-NOR Gates
194(22)
Outline
194(1)
Objectives
194(1)
Introduction
194(1)
The Exclusive-OR Gate
195(1)
The Exclusive-NOR Gate
196(3)
Parity Generator/Checker
199(3)
System Design Applications
202(4)
CPLD Design Applications
206(10)
Summary
209(1)
Glossary
209(1)
Problems
209(3)
Schematic Interpretation Problems
212(1)
Electronics Workbench®/MultiSIM® Exercises
213(1)
CPLD Problems
214(1)
Answers to Review Questions
215(1)
Arithmetic Operations and Circuits
216(42)
Outline
216(1)
Objectives
216(1)
Introduction
216(1)
Binary Arithmetic
217(6)
Two's-Complement Representation
223(3)
Two's-Complement Arithmetic
226(1)
Hexadecimal Arithmetic
227(3)
BCD Arithmetic
230(2)
Arithmetic Circuits
232(4)
Four-Bit Full-Adder ICs
236(3)
System Design Applications
239(4)
Arithmetic/Logic Units
243(3)
CPLD Design Applications
246(12)
Summary
249(1)
Glossary
249(2)
Problems
251(4)
Schematic Interpretation Problems
255(1)
Electronics Workbench®/MultiSIM® Exercises
255(1)
CPLD Problems
256(1)
Answers to Review Questions
257(1)
Code Converters, Multiplexers, and Demultiplexers
258(58)
Outline
258(1)
Objectives
258(1)
Introduction
258(1)
Comparators
259(2)
Decoding
261(8)
Encoding
269(6)
Code Converters
275(8)
Multiplexers
283(6)
Demultiplexers
289(4)
System Design Applications
293(6)
CPLD Design Applications
299(17)
Summary
302(1)
Glossary
302(1)
Problems
303(7)
Schematic Interpretation Problems
310(1)
Electronics Workbench®/MultiSIM® Exercises
310(3)
CPLD Problems
313(1)
Answers to Review Questions
314(2)
Logic Families and Their Characteristics
316(44)
Outline
316(1)
Objectives
316(1)
Introduction
316(1)
The TTL Family
317(3)
TTL Voltage and Current Ratings
320(9)
Other TTL Considerations
329(5)
Improved TTL Series
334(2)
The CMOS Family
336(5)
Emitter-Coupled Logic
341(2)
Comparing Logic Families
343(1)
Interfacing Logic Families
344(16)
Summary
351(1)
Glossary
352(1)
Problems
353(4)
Schematic Interpretation Problems
357(1)
Electronics Workbench®/MultiSIM® Exercises
358(1)
Answers to Review Questions
358(2)
Flip-Flops and Registers
360(44)
Outline
360(1)
Objectives
360(1)
Introduction
360(1)
S-R Flip-Flop
361(4)
Gated S-R Flip-Flop
365(2)
Gated D Flip-Flop
367(1)
Integrated-Circuit D Latch (7475)
367(2)
Integrated-Circuit D Flip-Flop (7474)
369(5)
Master--Slave J-K Flip-Flop
374(4)
Edge-Triggered J-K Flip-Flop
378(2)
Integrated-Circuit J-K Flip-Flop (7476, 74LS76)
380(9)
Using an Octal D Flip-Flop in a Microcontroller Application
389(15)
Summary
391(1)
Glossary
391(2)
Problems
393(7)
Schematic Interpretation Problems
400(1)
Electronics Workbench®/MultiSIM® Exercises
401(1)
CPLD Problems
402(1)
Answers to Review Questions
403(1)
Practical Considerations for Digital Design
404(48)
Outline
404(1)
Objectives
404(1)
Introduction
404(1)
Flip-Flop Time Parameters
405(15)
Automatic Reset
420(2)
Schmitt Trigger ICs
422(6)
Switch Debouncing
428(3)
Sizing Pull-Up Resistors
431(1)
Practical Input and Output Considerations
432(20)
Summary
442(1)
Glossary
443(1)
Problems
444(5)
Schematic Interpretation Problems
449(1)
Electronics Workbench®/MultiSIM® Exercises
450(1)
Answers to Review Questions
450(2)
Counter Circuits and VHDL State Machines
452(80)
Outline
452(1)
Objectives
452(1)
Introduction
452(1)
Analysis of Sequential Circuits
453(4)
Ripple Counters
457(6)
Design of Divide-by-N Counters
463(8)
Ripple Counter ICs
471(6)
System Design Applications
477(6)
Seven-Segment LED Display Decoders
483(8)
Synchronous Counters
491(4)
Synchronous Up/Down-Counter ICs
495(8)
Applications of Synchronous Counter ICs
503(4)
CPLD Design Applications
507(1)
Implementing State Machines in VHDL
508(24)
Summary
520(1)
Glossary
521(1)
Problems
522(6)
Schematic Interpretation Problems
528(1)
Electronics Workbench®/MultiSIM® Exercises
528(1)
CPLD Problems
529(1)
Answers to Review Questions
530(2)
Shift Registers
532(48)
Outline
532(1)
Objectives
532(1)
Introduction
532(1)
Shift Register Basics
533(2)
Parallel-to-Serial Conversion
535(1)
Recirculating Register
535(3)
Serial-to-Parallel Conversion
538(1)
Ring Shift Counter and Johnson Shift Counter
539(3)
Shift Register ICs
542(10)
System Design Applications for Shift Registers
552(4)
Driving a Stepper Motor with a Shift Register
556(6)
Three-State Buffers, Latches, and Transceivers
562(5)
CPLD Design Applications
567(13)
Summary
568(1)
Glossary
569(2)
Problems
571(5)
Schematic Interpretation Problems
576(1)
Electronics Workbench®/MultiSIM® Exercises
577(1)
CPLD Problems
578(1)
Answers to Review Questions
579(1)
Multivibrators and the 555 Timer
580(36)
Outline
580(1)
Objectives
580(1)
Introduction
580(1)
Multivibrators
581(1)
Capacitor Charge and Discharge Rates
581(4)
Astable Multivibrators
585(2)
Monostable Multivibrators
587(3)
Integrated-Circuit Monostable Multivibrators
590(5)
Retriggerable Monostable Multivibrators
595(3)
Astable Operation of the 555 IC Timer
598(6)
Monostable Operation of the 555 IC Timer
604(3)
Crystal Oscillators
607(9)
Summary
609(1)
Glossary
609(1)
Problems
610(3)
Schematic Interpretation Problems
613(1)
Electronics Workbench®/MultiSIM® Exercises
614(1)
Answers to Review Questions
615(1)
Interfacing to the Analog World
616(38)
Outline
616(1)
Objectives
616(1)
Introduction
616(1)
Digital and Analog Representations
617(1)
Operational Amplifier Basics
618(1)
Binary-Weighted D/A Converters
619(1)
R/2R Ladder D/A Converters
620(2)
Integrated-Circuit D/A Converters
622(4)
Integrated-Circuit Data Converter Specifications
626(1)
Parallel-Encoded A/D Converters
627(2)
Counter-Ramp A/D Converters
629(1)
Successive-Approximation A/D Conversion
630(2)
Integrated-Circuit A/D Converters
632(6)
Data Acquisition System Application
638(3)
Transducers and Signal Conditioning
641(13)
Summary
646(1)
Glossary
647(1)
Problems
648(3)
Schematic Interpretation Problems
651(1)
Electronics Workbench®/MultiSIM® Exercises
652(1)
Answers to Review Questions
653(1)
Semiconductor, Magnetic, and Optical Memory
654(40)
Outline
654(1)
Objectives
654(1)
Introduction
654(1)
Memory Concepts
655(3)
Static RAMs
658(7)
Dynamic RAMs
665(6)
Read-Only Memories
671(7)
Memory Expansion and Address Decoding Applications
678(5)
Magnetic and Optical Storage
683(11)
Summary
687(1)
Glossary
688(1)
Problems
689(3)
Schematic Interpretation Problems
692(1)
Electronics Workbench®/MultiSIM® Exercises
693(1)
Answers to Review Questions
693(1)
Microprocessor Fundamentals
694(22)
Outline
694(1)
Objectives
694(1)
Introduction
694(1)
Introduction to System Components and Buses
695(3)
Software Control of Microprocessor Systems
698(1)
Internal Architecture of a Microprocessor
698(2)
Instruction Execution within a Microprocessor
700(3)
Hardware Requirements for Basic I/O Programming
703(2)
Writing Assembly Language and Machine Language Programs
705(3)
Survey of Microprocessors and Manufacturers
708(8)
Summary of Instructions
709(1)
Summary
709(1)
Glossary
710(2)
Problems
712(2)
Schematic Interpretation Problems
714(1)
Electronics Workbench®/MultiSIM® Exercises
714(1)
Answers to Review Questions
715(1)
The 8051 Microcontroller
716(34)
Outline
716(1)
Objectives
716(1)
Introduction
717(1)
The 8051 Family of Microcontrollers
717(1)
8051 Architecture
717(6)
Interfacing to External Memory
723(2)
The 8051 Instruction Set
725(6)
8051 Applications
731(4)
Data Acquisition and Control System Application
735(11)
Conclusion
746(4)
Summary
746(1)
Glossary
747(1)
Problems
747(2)
Schematic Interpretation Problems
749(1)
APPENDIX A Web Sites
750(2)
APPENDIX B Manufacturers' Data Sheets
752(59)
APPENDIX C Explanation of the IEEE/IEC Standard for Logic Symbols (Dependency Notation)
811(5)
APPENDIX D Answers to Odd-Numbered Problems
816(24)
APPENDIX E CPLD Software Tutorials
840(38)
E-1 Altera MAX+PLUSII
840(16)
E-2 Xilinx Foundation
856(22)
APPENDIX F Review of Basic Electricity Principles
878(10)
APPENDIX G Schematic Diagrams for Chapter-End Problems
888(10)
APPENDIX H 8051 Instruction Set Summary
898(5)
Index903(4)
Supplemental Index of ICs907

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