电子通信系统原理 : 第3版

Preface

Chapter 1 Introduction to Electronic Communication 1

1-1 The Significance of Human Communication 3

1-2 Communication Systems 3

1-3 Types of Electronic Communication 6

1-4 Modulation and Multiplexing 8

1-5 The Electromagnetic Spectrum 12

1-6 Bandwidth 18

1-7 A Survey of Communication Applications 22

1-8 Careers in the Communication Industry 24

Chapter 2 Multiplexing and Demultiplexing 31

2-1 Multiplexing Principles 32

2-2 Frequency-Division Multiplexing 33

2-3 Time-Division Multiplexing 42

2-4 Pulse-Code Modulation 50

2-5 Duplexing 56

Chapter 3 The Transmission of Binary Data in Communication Systems 59

3-1 Digital Codes 60

3-2 Principles of Digital Transmission 63

3-3 Transmission Efficiency 68

3-4 Modem Concepts and Methods 74

3-5 Wideband Modula1:ion 88

3-6 Broadband Modem Techniques 97

3-7 Error Detection and Correction 104

3-8 Protocols 112

Chapter 4 Introduction to Networking and Local-Area Networks 121

4-1 Network Fundamentals 122

4-2 LAN Hardware 129

4-3 Ethernet LANs 137

4-4 Token-Ring LAN 148

Chapter 5 Transmission Lines 154

5-1 Transmission Line Basics 155

5-2 Standing Waves 168

5-3 Transmission Lines as Circuit Elements 177

5-4 The Smith Chart 182

Chapter 6 Antennas and Wave Propagation 196

6-1 Antenna Fundamentals 197

6-2 Common Antenna Types 205

6-3 Radio Wave Propagation 231

Chapter 7 Internet Technologies 248

7-1 Internet Applications 249

7-2 Internet Transmission Systems 252

7-3 Storage-Area Networks 267

7-4 Internet Security 270

Chapter 8 Microwave Communication 278

8-1 Microwave Concepts 279

8-2 Microwave Lines and Devices 285

8-3 Waveguides and Cavity Resonators 294

8-4 Microwave Semiconductor Diodes 306

8-5 Microwave Tubes 310

8-6 Microwave Antennas 315

8-7 Microwave Applications 332

Chapter 9 Satellite Communication 344

9-1 Satellite Orbits 345

9-2 Satellite Communication Systems 352

9-3 Satellite Subsystems 356

9-4 Ground Stations 362

9-5 Satellite Applications 369

9-6 Global Positioning System 373

Chapter 10 Telecommunication Systems 383

10-1 Telephones 384

10-2 Telephone System 399

10-3 Facsimile 406

10-4 Paging Systems 412

10-5 Internet Telephony 417

Chapter 11 Optical Communication 423

11-1 Optical Principles 424

11-2 Optical Communication Systems 428

11-3 Fiber-Optic Cables 433

11-4 Optical Transmitters and Receivers 443

11-5 Wavelength-Division Multiplexing 457

11-6 Passive Optical Networks 459

Chapter 12 Cell Phone Technologies 466

12-1 Cellular Telephone Systems 467

12-2 Advanced Mobile Phone System （AMPS） 472

12-3 Digital Cell Phone System 477

Chapter 13 Wireless Technologies 497

13-1 Wireless LAN 499

13-2 PANs and Bluetooth 503

13-3 ZigBee and Mesh Wireless Networks 505

13-4 WiMAX and Wireless Metropolitan- Area Networks 507

13-5 Infrared Wireless 509

13-6 Radio-Frequency Identification and Near-Field Communications 514

13-7 Ultrawideband Wireless 519

Chapter 14 Communication Tests and Measurements 526

14-1 Communication Test Equipment 527

14-2 Common Communication Tests 540

14-3 Troubleshooting Techniques 557

14-4 Electromagnetical Interference Testing 563

Answers to Selected Problems 572

Glossary 574

《电子通信系统原理（第3版）（影印改编版）》是关于通信系统的经典著作，全面覆盖了各种主要的电子通信系统。全书采用丰富的插图和浅显的语言描述最新的通信技术，避免了高深的数学公式，特别适合用作大学本科的通信系统的双语教材。《电子通信系统原理（第3版）（影印改编版）》采用国内流行的每一章介绍一种主要通信系统的方式，便于学生自学以及教学内容的讲授。《电子通信系统原理（第3版）（影印改编版）》共分14章，包括通信系统导论、多路复用、通信系统中的二进制传输、网络和局域网导论、传输线、天线与电波传播、因特网技术、微波通信、卫星通信、电信系统、光纤通信、蜂窝电话技术、无线技术、通信测试与测量等，最后还给出了部分习题的答案以及术语表。 《电子通信系统原理（第3版）（影印改编版）》可作为通信工程专业、电子信息工程专业、信息工程专业的本科生，以及通信与信息系统、信号与信息处理、电磁场与微波技术等专业研究生的教材。

彩色数字图像处理
纳电子学基础
现代电子通信（第9版）
PIC18微控制器：体系结构、编程与接口设计（C语言与汇编语言版）
形态学图像分析：原理与应用（第2版）
超大规模集成电路互连线分析与综合
《电子通信系统原理（第3版）（影印改编版）》特色：
现代通信系统与数据通信和因特网相结合，反映了最新的发展方向；
通信系统的内容按照通信方式进行分类，符合国内大多数教材的通行做法；
专门用一章的篇幅讨论无线通信中的天线与电波传播，对学生理解实际通信系统有很大的帮助作用；
无线通信技术一章总结介绍了该技术的最新发展动向，包括无线局域网、篮牙、WiMAX、RFID、UWB等；
专门有一章介绍通信测试和测量技术，对学生走向工作有帮助。