Digital Electronics,9780766803282

Digital Electronics

by ;
ISBN13: 9780766803282
ISBN10: 0766803287
Format: Hardcover
Pub. Date: 1999-11-12
Publisher(s): Cengage Learning
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Summary

Electronics technicians will appreciate this unique, basic book on digital electronics. Written in a concise, easy-to-read style, it offers complete, real world coverage of the latest digital principles, techniques, and hardware. The only book that includes both hands-on labs and computer-simulated labs using Electronics Workbench, it includes everything from basic digital concepts to an introduction to microprocessors/microcontrollers.

Table of Contents

Preface xi
Number Systems
1(40)
Binary Number System
3(1)
Binary to Decimal Conversion
4(2)
Decimal to Binary Conversion
6(3)
Octal Number System
9(2)
Binary to Octal Conversion
11(1)
Octal to Binary Conversion
12(1)
Hexadecimal Number System
13(1)
Binary to Hexadecimal Conversion
14(1)
Hexadecimal to Binary Conversion
15(1)
Binary-Coded Decimal (BCD)
16(4)
Binary Addition
20(2)
Binary Subtraction
22(2)
Troubleshooting a 4-Bit Adder
24(17)
Digital Application
26(1)
Summary
27(1)
Questions and Problems
28(2)
Lab 1A 7483 4-Bit Full Adder
30(6)
Lab 1B 4008 4-Bit Full Adder
36(5)
Logic Gates
41(44)
Gates
43(1)
Inverters
43(2)
OR Gates
45(5)
AND Gates
50(5)
NAND Gates
55(4)
NOR Gates
59(4)
Data Control Enable/Inhibit
63(1)
AND Gate Enable/Inhibit
63(1)
NAND Gate Enable/Inhibit
64(1)
OR Gate Enable/Inhibit
65(1)
NOR Gate Enable/Inhibit
66(1)
Summary Enable/Inhibit
67(1)
NAND as an Inverter
68(1)
NOR as an Inverter
68(1)
Expanding an AND Gate
68(1)
Expanding a NAND Gate
69(1)
Expanding an OR Gate
69(1)
Expanding a NOR Gate
69(1)
Troubleshooting Gates
70(15)
Digital Application
71(1)
Summary
72(2)
Questions and Problems
74(4)
Lab 2A Gates
78(4)
Lab 2B Gates
82(3)
Waveforms and Boolean Algebra
85(68)
Waveform Analysis
87(3)
Delayed-Clock and Shift-Counter Waveforms
90(8)
Combinational Logic
98(2)
Boolean Theorems
100(7)
DeMorgan's Theorems
107(5)
Designing Logic Circuits
112(11)
AND-OR-Invert Gates
123(3)
Reducing Boolean Expressions Using Karnaugh Maps
126(2)
Programmable Logic Devices
128(4)
Troubleshooting Combinational Logic Circuits
132(21)
Digital Application
134(1)
Summary
135(2)
Questions and Problems
137(9)
Lab 3A Boolean Algebra
146(4)
Lab 3B Logic Converter
150(3)
Exclusive-OR Gates
153(52)
Exclusive-OR
155(3)
Enable/Inhibit
158(1)
Waveform Analysis
159(1)
Exclusive-NOR
160(2)
Parity
162(2)
Even-Parity Generator
164(2)
Even/Odd-Parity Generator
166(2)
Parity Checker
168(2)
9-Bit Parity Generator/Checker
170(5)
Comparator
175(6)
Programmable Logic Devices
181(12)
Troubleshooting Exclusive-OR Circuits
193(12)
Digital Application
194(1)
Summary
195(1)
Questions and Problems
196(4)
Lab 4A Exclusive-Or
200(2)
Lab 4B Parity Generator/Checker
202(3)
Adders
205(60)
Half Adder
207(1)
Full Adder
208(8)
Binary 1's Complement Subtraction
216(2)
1's Complement Adder/Subtractor Circuit
218(5)
Binary 2's Complement Subtraction
223(3)
2's Complement Adder/Subtractor Circuit
226(6)
Signed 2's Complement Numbers
232(6)
Binary-Coded-Decimal Addition
238(2)
Binary-Coded-Decimal Adder Circuit
240(3)
Arithmetic Logic Unit (ALU)
243(2)
Programming a GAL
245(7)
Troubleshooting Adder Circuits
252(13)
Digital Application
254(1)
Summary
254(2)
Questions and Problems
256(4)
Lab 5A Adders
260(2)
Lab 5B Adder Circuits
262(3)
Specifications and Open-Collector Gates
265(44)
TTL Subfamilies
267(1)
TTL Electrical Characteristics
267(6)
TTL Supply Currents
273(1)
TTL Switching Characteristics
274(4)
TTL Open-Collector Gates
278(2)
Open-Collector Applications
280(2)
CMOS
282(1)
CMOS Subfamilies
282(3)
CMOS Specifications
285(3)
Interfacing TTL to CMOS
288(3)
Low Voltage CMOS
291(2)
Emitter Coupled Logic (ECL)
293(2)
Interfacing ECL to Other Logic Families
295(1)
Surface Mount Technology
296(2)
GAL Specifications
298(1)
Troubleshooting TTL and CMOS Devices
299(10)
Digital Application
300(2)
Summary
302(1)
Questions and Problems
302(2)
Lab 6A Specifications and Open-Collector Gates
304(3)
Lab 6B Specifications and Open-Drain Inverters
307(2)
Flip-Flops
309(32)
Introduction to Flip-Flops
311(1)
Crossed NAND SET-RESET Flip-Flops
311(2)
Crossed NOR SET-RESET Flip-Flops
313(2)
Comparison of the Crossed NAND and the Crossed NOR SET-RESET Flip-Flops
315(1)
Using a SET-RESET Flip-Flop as a Debounce Switch
316(1)
The Gated SET-RESET Flip-Flop
317(2)
The Transparent D Flip-Flop
319(3)
The Master-Slave D Flip-Flop
322(6)
The Pulse Edge-Triggered D Flip-Flop
328(1)
SET-RESET NAND Gate Flip-Flops Using a PLD
328(5)
Troubleshooting a Digital Circuit
333(8)
Digital Application
335(1)
Summary
336(1)
Questions and Problems
337(2)
Lab 7A Flip-Flops
339(1)
Lab 7B Flip-Flops
340(1)
Master-Slave D and JK Flip-Flops
341(28)
Toggling a Master-Slave D Flip-Flop
343(1)
The JK Flip-Flop
344(3)
The Nonoverlapping Clock
347(2)
The Shift Counter
349(3)
Typical JK Flip-Flop ICS
352(1)
Making a Nonoverlapping Clock
353(5)
Trouble Shooting JK Flip-Flops
358(11)
Digital Application
361(1)
Summary
362(1)
Questions and Problems
362(3)
Lab 8A Shift Counter and Delayed Clock
365(3)
Lab 8B JK Flip-Flops
368(1)
Shift Registers
369(36)
Shift Register Constructed from JK Flip-Flops
371(1)
Parallel and Serial Data
372(1)
Parallel-In Serial-Out
373(2)
Serial Data Transmission Formats
375(4)
IC Shift Registers
379(3)
Serial Data Standards
382(4)
The ASCII Code
386(2)
Making an 8-Bit Shift Register with an Asynchronous Clear from the GAL16V8B Programmable Logic Device
388(1)
Troubleshooting an RS-232C System
388(17)
Digital Application
392(1)
Summary
393(1)
Questions and Problems
393(2)
Lab 9A Shift Registers
395(8)
Lab 9B Shift Registers
403(2)
Counters
405(34)
The Ripple Counter
407(1)
The Decode-and-Clear Method of Making a Divide-By-N Ripple Counter
408(2)
The Divide-By-N Synchronous Counter
410(4)
Presettable Counters
414(2)
The Up-Down Counter
416(3)
Typical MSI Counter ICs
419(6)
The Divide-By-N 1/2 Counter
425(1)
Making a Divide-by-16 Synchronous Counter
426(1)
Troubleshooting Counters
427(12)
Digital Application
430(1)
Summary
431(1)
Questions and Problems
432(2)
Lab 10A Counters
434(3)
Lab 10B Counters
437(2)
Schmitt-Trigger Inputs and Clocks
439(24)
The Schmitt-Trigger Input
441(1)
Using a Schmitt Trigger to Square Up an Irregular Wave
441(1)
A Schmitt-Trigger Clock
442(3)
The 555 Timer Used as a Clock
445(6)
Crystal Oscillators
451(1)
Troubleshooting Clock Circuits
452(11)
Digital Application
454(1)
Summary
455(1)
Questions and Problems
456(3)
Lab 11A Schmitt Triggers and Clocks
459(2)
Lab 11B Clocks
461(2)
One-Shots
463(22)
A One-Shot Debounce Switch
465(1)
The Pulse Stretcher
465(2)
The Retriggerable One-Shot
467(2)
The Nonretriggerable One-Shot
469(1)
The 555 as a One-Shot
470(1)
The 74121 and 741S122
471(2)
The Data Separator
473(2)
Troubleshooting One-Shots
475(10)
Digital Application
477(1)
Summary
478(1)
Questions and Problems
478(3)
Lab 12A One-Shots
481(2)
Lab 12B One-Shots
483(2)
Digital-To-Analog and Analog-To-Digital Conversions
485(32)
Resistor Networks for Digital-to-Analog Conversion
487(4)
The TTL Digital-to-Analog Converter
491(3)
Analog-to-Digital Conversion Using Voltage Comparators
494(2)
The Count-Up and Compare Analog-to-Digital Converter
496(2)
The Successive Approximation Analog-to-Digital Converter
498(4)
The DAC0830 Digital-to-Analog Converter Integrated Circuit
502(3)
Making the Logic for a 3-Bit Voltage Comparator Analog-to-Digital Converter
505(1)
Troubleshooting Digital-to-Analog Converters
506(11)
Digital Application
509(2)
Summary
511(1)
Questions and Problems
511(2)
Lab 14A Digital-to-Analog and Analog-to-Digital
513(2)
Lab 14B Analog-to-Digital Converters
515(2)
Decoders, Multiplexers, Demultiplexers, and Displays
517(38)
Decoders
519(2)
Demultiplexers
521(1)
Multiplexers
522(1)
Using a Multiplexer to Reproduce a Desired Truth Table
522(3)
Multiplexer and Demultiplexer ICs
525(3)
The 8-Trace Oscilloscope Multiplexer
528(2)
The Light-Emitting Diode
530(2)
The Seven-Segment Display
532(4)
The Liquid Crystal Display
536(3)
Making a 3-to-8 Decoder from the GAL16V8B Programmable Logic Device
539(4)
Troubleshooting Decoders
543(12)
Digital Application
545(1)
Summary
546(1)
Questions and Problems
547(2)
Lab 14a Multiplexers, LEDs, and Seven-Segment Displays
549(4)
Lab 14B LEDs
553(2)
Tri-State Gates and Interfacing To High Current
555(24)
Tri-State Gates
557(2)
Tri-State Inverters and Buffers
559(3)
Computer Buses and the Tri-State Gate
562(2)
Buffering to High Current and High Voltage
564(3)
Multiplexing Seven-Segment LED Displays
567(2)
Isolating One Circuit from Another with Optocouplers
569(1)
Insulated Gate Bipolar Transistor (IGBT)
570(2)
Troubleshooting High-Current Digital Circuits
572(7)
Digital Application
573(1)
Summary
574(1)
Questions and Problems
575(2)
Lab 15A Tri-State Gates
577(1)
Lab 15B High-Current Interface
578(1)
Memories and Introduction to Microcomputers
579(32)
The Microcomputer and Its Parts
581(1)
The Central Processing Unit
581(3)
Computer Memory
584(1)
ROM
585(1)
PROM
586(1)
EPROM
586(5)
EEPROM
591(1)
Static RAM
592(1)
Dynamic RAM
593(4)
The Input/Output of the Computer
597(3)
The Program
600(2)
The Microcontroller
602(9)
Digital Application
604(2)
Summary
606(1)
Questions and Problems
606(2)
Lab 16 RAM
608(3)
Appendixes 611(22)
A Lab Trainer Plans
613(4)
B Equipment Needed
617(2)
C Pinouts
619(8)
D NAND Gates, MOS, and CMOS
627(6)
Glossary 633(10)
Answers to Self-Check and Odd-Numbered Questions and Problems 643(74)
Index 717

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