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Digital Electronics : A Practical Approach

ISBN: 9780137692743 | 0137692749
Format: Hardcover
Publisher: Prentice Hall
Pub. Date: 9/1/1998

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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
CHAPTER 1 Number Systems and Codes
1(25)
Outline1(1)
Objectives1(1)
Introduction1(1)
... MORE
1-1 Digital Representations of Analog Quantities
2(2)
1-2 Digital Versus Analog
4(1)
1-3 Decimal Numbering System (Base 10)
4(1)
1-4 Binary Numbering System (Base 2)
5(2)
1-5 Decimal-to-Binary Conversion
7(2)
1-6 Octal Numbering System (Base 8)
9(1)
1-7 Octal Conversions
9(2)
1-8 Hexadecimal Numbering System (Base 16)
11(1)
1-9 Hexadecimal Conversions
12(2)
1-10 Binary-Coded-Decimal System
14(1)
1-11 Comparison of Numbering Systems
15(1)
1-12 The ASCII Code
15(2)
1-13 Applications of the Number Systems
17(3)
Summary
20(1)
Glossary
20(1)
Problems
21(2)
Schematic Interpretation Problems
23(1)
Electronics Workbench(R) Exercises
23(1)
Answers to Review Questions
24(2)
CHAPTER 2 Digital Electronic Signals and Switches
26(32)
Outline26(1)
Objectives27(1)
Introduction27(1)
2-1 Digital Signals
28(1)
2-2 Clock Waveform Timing
28(2)
2-3 Serial Representation
30(1)
2-4 Parallel Representation
31(3)
2-5 Switches in Electronic Circuits
34(1)
2-6 A Relay as a Switch
35(3)
2-7 A Diode as a Switch
38(3)
2-8 A Transistor as a Switch
41(4)
2-9 The TTL Integrated Circuit
45(3)
2-10 The CMOS Integrated Circuit
48(1)
2-11 Surface-Mount Devices
49(1)
Summary
50(1)
Glossary
51(1)
Problems
52(3)
Schematic Interpretation Problems
55(1)
Electronics Workbench(R) Exercises
55(1)
Answers to Review Questions
56(2)
CHAPTER 3 Basic Logic Gates
58(24)
Outline58(1)
Objectives59(1)
Introduction59(1)
3-1 The AND Gate
60(2)
3-2 The OR Gate
62(2)
3-3 Timing Analysis
64(2)
3-4 Enable and Disable Functions
66(2)
3-5 Using Integrated-Circuit Logic Gates
68(1)
3-6 Introduction to Troubleshooting Techniques
69(5)
Summary
74(1)
Glossary
75(1)
Problems
75(5)
Schematic Interpretation Problems
80(1)
Electronics Workbench(R) Exercises
80(1)
Answers to Review Questions
81(1)
CHAPTER 4 Inverting Logic Gates
82(28)
Outline82(1)
Objectives83(1)
Introduction83(1)
4-1 The Inverter
84(1)
4-2 The NAND Gate
84(3)
4-3 The NOR Gate
87(2)
4-4 Logic Gate Waveform Generation
89(6)
4-5 Using Integrated-Circuit Logic Gates
95(2)
4-6 Summary of the Basic Logic Gates and IEEE/IEC Standard Logic Symbols
97(3)
Summary
100(1)
Glossary
100(1)
Problems
101(6)
Schematic Interpretation Problems
107(1)
Electronics Workbench(R) Exercises
107(1)
Answers to Review Questions
108(2)
CHAPTER 5 Boolean Algebra and Reduction Techniques
110(60)
Outline110(1)
Objectives111(1)
Introduction111(1)
5-1 Combinational Logic
112(2)
5-2 Boolean Algebra Laws and Rules
114(5)
5-3 Simplification of Combinational Logic Circuits Using Boolean Algebra
119(4)
5-4 De Morgan's Theorem
123(11)
5-5 The Universal Capability of NAND and NOR Gates
134(5)
5-6 AND-OR-INVERT Gates for Implementing Sum-of-Products Expressions
139(4)
5-7 Karnaugh Mapping
143(7)
5-8 System Design Applications
150(3)
Summary
153(1)
Glossary
153(1)
Problems
154(11)
Schematic Interpretation Problems
165(1)
Electronics Workbench(R) Exercises
166(3)
Answers to Review Questions
169(1)
CHAPTER 6 Exclusive-OR and Exclusive-NOR Gates
170(18)
Outline170(1)
Objectives171(1)
Introduction171(1)
6-1 The Exclusive-OR Gate
172(1)
6-2 The Exclusive-NOR Gate
173(3)
6-3 Parity Generator/Checker
176(3)
6-4 System Design Applications
179(3)
Summary
182(1)
Glossary
182(1)
Problems
182(3)
Schematic Interpretation Problems
185(1)
Electronics Workbench(R) Exercises
186(1)
Answers to Review Questions
187(1)
CHAPTER 7 Arithmetic Operations and Circuits
188(38)
Outline188(1)
Objectives189(1)
Introduction189(1)
7-1 Binary Arithmetic
190(6)
7-2 Two's-Complement Representation
196(3)
7-3 Two's-Complement Arithmetic
199(1)
7-4 Hexadecimal Arithmetic
200(3)
7-5 BCD Arithmetic
203(2)
7-6 Arithmetic Circuits
205(4)
7-7 Four-Bit Full-Adder ICs
209(3)
7-8 System Design Applications
212(3)
7-9 Arithmetic/Logic Units
215(3)
Summary
218(1)
Glossary
219(1)
Problems
220(4)
Schematic Interpretation Problems
224(1)
Electronics Workbench(R) Exercises
224(1)
Answers to Review Questions
225(1)
CHAPTER 8 Code Converters, Multiplexers, and Demultiplexers
226(52)
Outline226(1)
Objectives227(1)
Introduction227(1)
8-1 Comparators
228(2)
8-2 Decoding
230(8)
8-3 Encoding
238(5)
8-4 Code Converters
243(8)
8-5 Multiplexers
251(5)
8-6 Demultiplexers
256(4)
8-7 System Design Applications
260(6)
Summary
266(1)
Glossary
266(1)
Problems
267(7)
Schematic Interpretation Problems
274(1)
Electronics Workbench(R) Exercises
274(3)
Answers to Review Questions
277(1)
CHAPTER 9 Logic Families and Their Characteristics
278(44)
Outline278(1)
Objectives279(1)
Introduction279(1)
9-1 The TTL Family
280(2)
9-2 TTL Voltage and Current Ratings
282(9)
9-3 Other TTL Considerations
291(5)
9-4 Improved TTL Series
296(2)
9-5 The CMOS Family
298(5)
9-6 Emitter-Coupled Logic
303(2)
9-7 Comparing Logic Families
305(1)
9-8 Interfacing Logic Families
306(7)
Summary
313(1)
Glossary
314(1)
Problems
315(4)
Schematic Interpretation Problems
319(1)
Electronics Workbench(R) Exercises
320(1)
Answers to Review Questions
320(2)
CHAPTER 10 Flip-Flops and Registers
322(42)
Outline322(1)
Objectives323(1)
Introduction323(1)
10-1 S-R Flip-Flop
324(4)
10-2 Gated S-R Flip-Flop
328(2)
10-3 Gated D Flip-Flop
330(1)
10-4 Integrated-Circuit D Latch (7475)
330(2)
10-5 Integrated-Circuit D Flip-Flop (7474)
332(4)
10-6 Master-Slave J-K Flip-Flop
336(4)
10-7 Edge-Triggered J-K Flip-Flop
340(2)
10-8 Integrated-Circuit J-K Flip-Flop (7476, 74LS76)
342(7)
10-9 Using an Octal D Flip-Flop in a Microcontroller Application
349(2)
Summary
351(1)
Glossary
351(2)
Problems
353(7)
Schematic Interpretation Problems
360(1)
Electronics Workbench(R) Exercises
361(1)
Answers to Review Questions
362(2)
CHAPTER 11 Practical Considerations for Digital Design
364(44)
Outline364(1)
Objectives365(1)
Introduction365(1)
11-1 Flip-Flop Time Parameters
366(15)
11-2 Automatic Reset
381(2)
11-3 Schmitt Trigger ICs
383(5)
11-4 Switch Debouncing
388(3)
11-5 Sizing Pull-Up Resistors
391(1)
11-6 Practical Input and Output Considerations
392(6)
Summary
398(1)
Glossary
398(2)
Problems
400(5)
Schematic Interpretation Problems
405(1)
Electronics Workbench(R) Exercises
406(1)
Answers to Review Questions
406(2)
CHAPTER 12 Counter Circuits and Applications
408(62)
Outline408(1)
Objectives409(1)
Introduction409(1)
12-1 Analysis of Sequential Circuits
410(4)
12-2 Ripple Counters
414(4)
12-3 Design of Divide-by-N Counters
418(6)
12-4 Ripple Counter Integrated Circuits
424(6)
12-5 System Design Applications
430(6)
12-6 Seven-Segment LED Display Decoders
436(7)
12-7 Synchronous Counters
443(4)
12-8 Synchronous Up/Down-Counter ICs
447(8)
12-9 Applications of Synchronous Counter ICs
455(4)
Summary
459(1)
Glossary
459(1)
Problems
460(6)
Schematic Interpretation Problems
466(1)
Electronics Workbench(R) Exercises
467(1)
Answers to Review Questions
468(2)
CHAPTER 13 Shift Registers
470(42)
Outline470(1)
Objectives471(1)
Introduction471(1)
13-1 Shift Register Basics
472(2)
13-2 Parallel-to-Serial Conversion
474(1)
13-3 Recirculating Register
474(2)
13-4 Serial-to-Parallel Conversion
476(1)
13-5 Ring Shift Counter and Johnson Shift Counter
476(4)
13-6 Shift Register ICs
480(8)
13-7 System Design Applications for Shift Registers
488(5)
13-8 Driving a Stepper Motor with a Shift Register
493(3)
13-9 Three-State Buffers, Latches, and Transceivers
496(5)
Summary
501(1)
Glossary
502(1)
Problems
503(6)
Schematic Interpretation Problems
509(1)
Electronics Workbench(R) Exercises
509(1)
Answers to Review Questions
510(2)
CHAPTER 14 Multivibrators and the 555 Timer
512(36)
Outline512(1)
Objectives513(1)
Introduction513(1)
14-1 Multivibrators
514(1)
14-2 Capacitor Charge and Discharge Rates
514(4)
14-3 Astable Multivibrators
518(2)
14-4 Monostable Multivibrators
520(3)
14-5 IC Monostable Multivibrators
523(4)
14-6 Retriggerable Monostable Multivibrators
527(3)
14-7 Astable Operation of the 555 IC Timer
530(5)
14-8 Monostable Operation of the 555 IC Timer
535(3)
14-9 Crystal Oscillators
538(2)
Summary
540(1)
Glossary
540(1)
Problems
541(3)
Schematic Interpretation Problems
544(1)
Electronics Workbench(R) Exercises
545(1)
Answers to Review Questions
546(2)
CHAPTER 15 Interfacing to the Analog World
548(36)
Outline548(1)
Objectives549(1)
Introduction549(1)
15-1 Digital and Analog Representations
550(1)
15-2 Operational Amplifier Basics
551(1)
15-3 Binary-Weighted Digital-to-Analog Converters
552(1)
15-4 R/2R Ladder Digital-to-Analog Converters
553(2)
15-5 Integrated-Circuit Digital-to-Analog Converters
555(3)
15-6 IC Data Converter Specifications
558(1)
15-7 Parallel-Encoded Analog-to-Digital Converters
559(2)
15-8 Counter-Ramp Analog-to-Digital Converters
561(1)
15-9 Successive-Approximation Analog-to-Digital Conversion
562(2)
15-10 Integrated-Circuit Analog-to-Digital Converters
564(5)
15-11 Data Acquisition System Application
569(3)
15-12 Transducers and Signal Conditioning
572(4)
Summary
576(1)
Glossary
577(2)
Problems
579(3)
Schematic Interpretation Problems
582(1)
Electronics Workbench(R) Exercises
582(1)
Answers to Review Questions
583(1)
CHAPTER 16 Semiconductor Memory and Programmable Arrays
584(40)
Outline584(1)
Objectives585(1)
Introduction585(1)
16-1 Memory Concepts
586(3)
16-2 Static RAMs
589(7)
16-3 Dynamic RAMs
596(4)
16-4 Read-Only Memories
600(4)
16-5 Memory Expansion and Address Decoding Applications
604(5)
16-6 Programmable Logic Devices
609(8)
Summary
617(1)
Glossary
618(1)
Problems
619(3)
Schematic Interpretation Problems
622(1)
Electronics Workbench(R) Exercises
623(1)
Answers to Review Questions
623(1)
CHAPTER 17 Microprocessor Fundamentals
624(24)
Outline624(1)
Objectives625(1)
Introduction625(1)
17-1 Introduction to System Components and Buses
626(3)
17-2 Software Control of Microprocessor Systems
629(1)
17-3 Internal Architecture of a Microprocessor
629(2)
17-4 Instruction Execution Within a Microprocessor
631(3)
17-5 Hardware Requirements for Basic I/O Programming
634(2)
17-6 Writing Assembly Language and Machine Language Programs
636(3)
17-7 Survey of Microprocessors and Manufacturers
639(2)
Summary
641(1)
Glossary
642(2)
Problems
644(1)
Schematic Interpretation Problems
645(1)
Electronics Workbench(R) Exercises
646(1)
Answers to Review Questions
646(2)
APPENDIX A Bibliography648(1)
APPENDIX B Manufacturers' Data Sheets649(39)
APPENDIX C Explanation of the IEEE/IEC Standard for Logic Symbols (Dependency Notation)688(5)
APPENDIX D Answers to Odd-Numbered Problems693(21)
APPENDIX E Designing with PLD Software714(13)
APPENDIX F Review of Basic Electricity Principles727(8)
APPENDIX G Schematic Diagrams735(10)
INDEX745(6)
SUPPLEMENTARY INDEX OF ICs751

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