Electronics communications for technicians

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Title:

Personal Author:

Wheeler, Tom

Publication Information:

Upper Saddle River, N. J. : Prentice Hall, 2001

Physical Description:

1 CD-ROM ; 12 cm

ISBN:

9780130131393

General Note:

Accompanies text with the same title : (TK5101 W47 2001)

Subject Term:

Telecommunication

Available:*

Library	Item Barcode	Call Number	Material Type	Item Category 1	Status
Searching... PSZ JB	30000004557975	CP 1688	Computer File Accompanies Open Access Book	Compact Disc Accompanies Open Access Book	Searching... Unknown
Searching... PSZ KL	30000004557942	CP 1688	Computer File Accompanies Open Access Book	Compact Disc Accompanies Open Access Book	Searching... Unknown

Summary

For sophomore-level course in Electronic Communications.

Written by a technician for technicians, this text fills the gap between communications texts that are either highly mathematical (suitable for engineers) or technically weak (not enough detail for technical students). Using an algebra-based approach that does NOT sacrifice depth of coverage, it uses plain language and an abundance of examples and case studies to explore real circuits, systems, and their troubleshooting.

1 Introduction to RF Communications	p. 1
1-1 Communication Systems	p. 1
1-2 A Simple Radio System	p. 3
1-3 The Need for Modulation	p. 5
1-4 A Practical Radio System	p. 9
1-5 The Radio-Frequency Spectrum	p. 11
1-6 Digital Communications	p. 12
1-7 How to Troubleshoot Systems	p. 13
2 Signal Analysis	p. 18
2-1 Two Domains	p. 18
2-2 Complex Waveforms	p. 24
2-3 Noise Sources	p. 34
2-4 Signal-to-Noise Ratio and Noise Figure	p. 41
2-5 Noise Reduction Techniques	p. 45
2-6 Fourier Series for Common Waveforms	p. 46
3 Amplitude Modulation	p. 52
3-1 Generating an AM Signal	p. 52
3-2 Measuring AM Signals in the Time Domain	p. 56
3-3 Frequency Domain AM Analysis	p. 61
3-4 Power and Efficiency	p. 67
3-5 Spectrum Analyzer Measurements	p. 72
4 AM Transmitters	p. 84
4-1 Low- and High-Level Transmitters	p. 85
4-2 Oscillator Theory	p. 91
4-3 Three Oscillators	p. 94
4-4 Crystal-Controlled Oscillators	p. 104
4-5 RF Amplifiers	p. 112
4-6 RF Modulators	p. 121
4-7 High-Level Transmitter Circuit Analysis	p. 126
4-8 Measuring Transmitter Performance	p. 129
4-9 Troubleshooting Transmitters	p. 132
5 AM Receivers	p. 137
5-1 Receiver Operation	p. 138
5-2 AM Detection	p. 141
5-3 The TRF Receiver	p. 144
5-4 The Superheterodyne Reciever	p. 149
5-5 Superheterodyne Receiver Circuit Analysis	p. 157
5-6 Integrated Circuit Receivers	p. 162
5-7 Alignment of Receivers	p. 163
5-8 Troubleshooting Receivers	p. 165
6 Single Sideband Systems	p. 170
6-1 SSB Versus AM: Types of Sideband Signals	p. 171
6-2 SSB Signal Generation: Filter Method	p. 177
6-3 SSB Signal Generation: Phasing and DSP Methods	p. 190
6-4 Frequency-Agile SSB Transmitters	p. 194
6-5 SSB Receivers	p. 198
6-6 SSB Transceivers	p. 207
7 Systems for Frequency Generation	p. 213
7-1 The Phase-Locked Loop	p. 214
7-2 PLL Synthesizers	p. 223
7-3 How Software Controls a PLL Synthesizer	p. 231
7-4 DDS Synthesizers	p. 235
7-5 A Complete Frequency Synthesizer	p. 239
7-6 Troubleshooting Frequency Synthesizers	p. 243
8 Frequency Modulation: Transmission	p. 249
8-1 A Simple FM Transmitter	p. 250
8-2 FM Signal Analysis	p. 253
8-3 Frequency Modulated Oscillators	p. 265
8-4 Three FM Transmitters	p. 271
8-5 Special Topics	p. 278
8-6 A Simple FM Broadcast Transmitter	p. 282
8-7 FM Stereo and SCA Systems	p. 286
8-8 Measuring the Performance of FM Transmitters	p. 289
9 FM Receivers	p. 294
9-1 FM Superheterodyne Receivers	p. 294
9-2 Detection of FM Signals	p. 299
9-3 A Complete FM Receiver	p. 308
9-4 Synthesized FM Receivers	p. 311
9-5 FM Stereo and SCA Decoding	p. 315
9-6 Alignment of FM Receivers	p. 319
9-7 Troubleshooting FM Receivers	p. 325
10 Television	p. 330
10-1 Analog Television Principles	p. 331
10-2 The Analog Video Signal	p. 335
10-3 TV Receiver Operation	p. 342
10-4 Color Television	p. 351
10-5 High Definition Television (HDTV)	p. 358
10-6 Troubleshooting TV Receivers	p. 365
11 Transmission Lines	p. 372
11-1 Basic Construction of Transmission Lines	p. 372
11-2 Electrical Characteristics of Tranmission Lines	p. 377
11-3 Impedance Mismatches and Standing Waves	p. 386
11-4 Impedance Matching Devices	p. 395
11-5 Introduction to the Smith Chart	p. 404
11-6 Troubleshooting Transmission Lines	p. 414
12 Antennas and Wave Propagation	p. 421
12-1 Electrical and Electromagnetic Energy	p. 422
12-2 The Dipole and Marconi Antennas	p. 428
12-3 Directional Antennas	p. 438
12-4 Special Antennas	p. 445
12-5 Antenna Troubleshooting and RF Safety	p. 452
12-6 Wave Propagation	p. 456
12-7 Link Budgets	p. 465
13 Microwave Communication Systems	p. 473
13-1 Microwave Construction Techniques	p. 474
13-2 Microwave Transmission Lines	p. 479
13-3 Microwave Oscillators	p. 489
13-4 Microwave Amplifiers	p. 498
13-5 Pulse and Doppler Radar Systems	p. 506
14 Telephony and Cellular Networks	p. 516
14-1 The System View	p. 517
14-2 The Local Loop: Operation, Signaling, and Telephone Circuitry	p. 520
14-3 Switching and Encoding: PCM	p. 531
14-4 Wireless Telephony: AMPS and PCS, CDMA, GSM, TDMA	p. 541
14-5 Special Topics: Caller ID, Broadband Internet Services	p. 554
15 Introduction to Data Communications	p. 563
15-1 Nature of Digital Data	p. 564
15-2 Network Topologies	p. 569
15-3 Modems and Digital Modulation Techniques	p. 576
15-4 Asynchronous Data and UARTs	p. 592
15-5 Error Detection and Correction	p. 608
15-6 The RS232/EIA232 Interface Standards	p. 615
15-7 Troubleshooting Data Communications Systems	p. 621
16 Networking Fundamentals	p. 627
16-1 Network Hardware and Media	p. 627
16-2 The ISO/OSI Model	p. 635
16-3 The Internet and Internet Protocol (IP) Addressing	p. 640
16-4 IP Addressing, Subnets, and Gateways	p. 645
16-5 DHCP and ARP	p. 655
16-6 Transport: TCP and UDP	p. 658
16-7 Troubleshooting Networks	p. 666
17 The Global Positioning System	p. 674
17-1 Satellites and Orbits	p. 675
17-2 How GPS Works	p. 680
17-3 GPS Segments and Navigation Signal Processing	p. 686
17-4 Reducing Position Error: Enhanced GPS	p. 697
17-5 Troubleshooting GPS Installations	p. 701
18 Fiber-Optic and Laser Technology	p. 707
18-1 Fiber-Optic Construction and Operation	p. 708
18-2 Propagation Modes and Dispersion	p. 716
18-3 Light Wave Sources and Modulation Circuits	p. 723
18-4 Light Wave Detection	p. 735
18-5 Troubleshooting Fiber-Optic Systems	p. 744
Appendix A Decibels	p. 750
Appendix B Bipolar Transistor Fundamentals	p. 754
Appendix C Amateur Radio Communications	p. 765
Appendix D Well-Known TCP and UDP Port Numbers	p. 767
Appendix E ASCII, EBCDIC, and Unicode Character Sets	p. 770
Glossary	p. 772
Index	p. 781

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Summary

Summary

Table of Contents