机械工业出版社国外电子与电气工程技术丛书数字设计:原理与实践(英文版)(第5版)/[美]约翰.F.韦克利 本书特色

本书是数字设计领域的经典教材，是作者牢固的理论功底、严谨的学术风范与丰富的实践经验的完美融合。原理方面涵盖高级（HDL）、低级（电子电路）以及“广泛中间级”（门电路、触发器和一些较高级的数字设计构件）的多层次基础知识，更加方便不同专业的教学内容选取；实践方面专注于Verilog一种实现语言，强调基于FPGA的设计，并且添加了更多应用实例。

机械工业出版社国外电子与电气工程技术丛书数字设计:原理与实践(英文版)(第5版)/[美]约翰.F.韦克利 内容简介

本书是数字设计领域的经典教材，是作者牢固的理论功底、严谨的学术风范与丰富的实践经验的完美融合。原理方面涵盖不错（HDL）、低级（电子电路）以及“广泛中间级”（门电路、触发器和一些较不错的数字设计构件）的多层次基础知识，更加方便不同专业的教学内容选取；实践方面专注于Verilog一种实现语言，强调基于FPGA的设计，并且添加了更多应用实例。

机械工业出版社国外电子与电气工程技术丛书数字设计:原理与实践(英文版)(第5版)/[美]约翰.F.韦克利 目录

Contents
1 INTRODUCTION 1
1.1 About Digital Design1
1.2Analog versus Digital3
1.3Analog Signals7
1.4Digital Logic Signals7
1.5Logic Circuits and Gates9
1.6Software Aspects of Digital Design13
1.7Integrated Circuits16
1.8Logic Families and CMOS19
1.9CMOS Logic Circuits20
1.10Programmable Devices25
1.11Application-Specific ICs27
1.12Printed-Circuit Boards28
1.13Digital-Design Levels29
1.14The Name of the Game33
1.15Going Forward34
Drill Problems34
2 NUMBER SYSTEMS AND CODES 35
2.1Positional Number Systems36
2.2Binary, Octal, and Hexadecimal Numbers37
2.3Binary-Decimal Conversions39
2.4Addition and Subtraction of Binary Numbers42
2.5Representation of Negative Numbers44
2.5.1Signed-Magnitude Representation
2.5.2Complement Number Systems
2.5.3Two’s-Complement Representation
2.5.4Ones’-Complement Representation
2.5.5Excess Representations
2.6Two’s-Complement Addition and Subtraction48
2.6.1Addition Rules
2.6.2A Graphical View
2.6.3Overflow
2.6.4Subtraction Rules
2.6.5Two’s-Complement and Unsigned Binary Numbers
2.7Ones’-Complement Addition and Subtraction52
2.8Binary Multiplication54
2.9Binary Division56
2.10Binary Codes for Decimal Numbers57
2.11Gray Code602.12Character Codes62
2.13Codes for Actions, Conditions, and States64
2.14n-Cubes and Distance66
2.15Codes for Detecting and Correcting Errors67
2.15.1Error-Detecting Codes
2.15.2Error-Correcting and Multiple-Error-Detecting Codes
2.15.3Hamming Codes
2.15.4CRC Codes
2.15.5Two-Dimensional Codes
2.15.6Checksum Codes
2.15.7m-out-of-n Codes
2.16Codes for Transmitting and Storing Serial Data78
2.16.1Parallel and Serial Data
2.16.2Serial Line CodesReferences82
Drill Problems83
Exercises85
3SWITCHING ALGEBRA AND COMBINATIONAL LOGIC89
3.1Switching Algebra91
3.1.1Axioms
3.1.2Single-Variable Theorems
3.1.3Two- and Three-Variable Theorems
3.1.4n-Variable Theorems
3.1.5Duality
3.1.6Standard Representations of Logic Functions
3.2Combinational-Circuit Analysis104
3.3Combinational-Circuit Synthesis110
3.3.1Circuit Descriptions and Designs
3.3.2Circuit Manipulations
3.3.3Combinational-Circuit Minimization
3.3.4Karnaugh Maps
3.4Timing Hazards122
3.4.1Static Hazards
3.4.2Finding Static Hazards Using Maps
3.4.3Dynamic Hazards
3.4.4Designing Hazard-Free CircuitsReferences126
Drill Problems128Exercises129
4DIGITAL DESIGN PRACTICES133
4.1Documentation Standards133
4.1.1Block Diagrams
4.1.2Gate Symbols
4.1.3Signal Names and Active Levels
4.1.4Active Levels for Pins
4.1.5Constant Logic Signals
4.1.6Bubble-to-Bubble Logic Design
4.1.7Signal Naming in HDL Models
4.1.8Drawing Layout
4.1.9Buses
4.1.10Additional Schematic Information
4.2Circuit Timing154
4.2.1Timing Diagrams

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