数字电子线路 英文版

本书以国家双语示范课程建设成果及"十二五"普通高等教育规划教材为支撑，以数字电路的基本原理为基础，理论与实践并重，全面介绍数字电路的基本原理、分析方法、设计方法及实际应用，内容覆盖中小规模数字集成电路及大规模数字集成电路。全书共分12章，分别是绪论、数制与编码、逻辑代数与逻辑化简、组合逻辑电路、触发器及相关时序器件、时序逻辑电路、计数器、寄存器及移位寄存器、半导体存储器、可编程逻辑器件、数模与模数转换器、集成逻辑门电路及附录部分的QuanusII软件、Altera公司的DE2开发版简介。本书结合数字技术发展前沿，介绍了电子设计自动化及硬件描述语言VerilogHDL在数字集成电路设计中的应用。全书各章都有相当数量的例题，章末配有术语、自测题及习题，供学生巩固所学的内容。本书可作为高等学校电子信息类、电器类及计算机类等相关专业的大学本科数字电子技术课程的双语教材和来华留学生教材，同时也可作为从事电路设计、通信工程及计算机等专业广大科技工作者及工程人员的参考书。

1 Introduction to digital electronic circuit 1
1.1 Introduction 1
1.2 Introductory basic concepts of digital electronic circuit 1
1.3 Digital integrated circuits and typical packages 5
1.4 Introductory EDA 9
1.5 Summary 15
2 Number systems and codes 19
2.1 Introduction 19
2.2 Number systems 19
2.3 Conversion between number systems 23
2.4 Binary arithmetic operations 27
2.5 Codes 29
2.6 Summary 33
3 Boolean algebra and logic simplification 37
3.1 Introduction 37
3.2 Boolean operations and logic gates 37
3.3 Laws, rules, and theorems of Boolean algebra 44
3.4 Standard forms of Boolean expression 49
3.5 Simplificationby using Boolean algebra 57
3.6 Karnaugh map simplification 59
3.7 Summary 71
4 Combinational logic circuits 79
4.1 Introduction 79
4.2 Analysis and design of combinational logic circuits 79
4.3 Adders 89
4.4 Encoders and decoders 98
4.5 Multiplexers and demultiplexers 119
4.6 Magnitude comparators 126
4.7 Races and hazards 129
4.8 Combinational logic circuits with Verilog HDL description 133
4.9 Summary 150
5 Flipflops and related devices165
5.1 Latches 165
5.2 Flipflops 170
5.3 One shot 183
5.4 Astable multivibrator 188
5.5 Schmitt trigger 191
5.6 555 timer 196
5.7 Summary 203
6 Sequential logic circuits 213
6.1 Introduction 213
6.2 Analysis of sequential logic circuits 215
6.3 Design of a sequential logic circuit 222
6.4 State reduction 233
6.5 Summary 238
7 Counters 247
7.1 Asynchronous counters 247
7.2 Synchronous counters 253
7.3 Cascaded counters 264
7.4 Counter application 265
7.5 Summary 272
8 Registers and shift registers 281
8.1 Registers 281
8.2 Shift registers 283
8.3 Application of shift registers 289
8.4 Summary 297
9 Semiconductor memory 305
9.1 Introduction 305
9.2 The concepts of memory 305
9.3 Read only memory 311
9.4 Random access memory 328
9.5 Memory expansion 336
9.6 Summary 338
10 Programmable logic device 345
10.1 Introduction 345
10.2 Simple Programmable Devices (SPLDs) 346
10.3 CPLD 356
10.4 Field programmable gate arrays (FPGAs) 369
10.5 The programming process 381
10.6 Summary 385
11 Analogtodigital and digitaltoanalog converter 395
11.1 Introduction 395
11.2 DigitaltoAnalog Converter (DAC) 395
11.3 Converting analog signals to digital 408
11.4 Analogtodigital converter (ADC) 413
11.5 Summary 27
12 Integrated gate circuit 439
12.1 Introduction 439
12.2 Basic operational characteristics and parameters 440
12.3 Diode logic 448
12.4 Transistortransistor logic 449
12.5 CMOS logic circuits 466
12.6 CMOS/TTL interfacing 478
12.7 Summary 482
References 493
Appendix I 495
Appendix II 513
Appendix III 517