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Electronic Communication Systems: Fundamentals through Advanced

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Wayne Tomasi

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Prentice Hall

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Summary

For sophomore/senior-level courses in Introduction to Electronic Communications and Digital and Data Communications.

Comprehensive in scope and contemporary in coverage, this text introduces basic electronic and data communications fundamentals, and explores their application in modern digital and data communications systems. Students with previous knowledge in basic electronic principles and fundamental calculus concepts will gain a complete understanding of the topics presented here. Tomasis Advanced Electronic Communication Systems 5/e is the last 10 chapters of this text.

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Features

NEW—Rewritten material on satellites—Includes their history; orbits; elevation categories; orbital patterns; and antenna look angles.
Up-to-date coverage of a dynamic topic.
NEW—New materials in the Fundamentals chapters on AM envelopes produced by complex nonsinusoidal signals, Quadrature Amplitude Modulation, noise limiters and blankers, alternate signal-to-noise measurements, single-sideband suppressed carrier, frequency division multiplexing, double-sideband suppressed carrier, quadrature multiplexing, microstrip, and stripline.
Extends and updates the knowledge of the student to the most modern topics in Electronic Communications systems.
NEW—New material in the Advanced chapters on trellis encoding, CCITT modem recommendations, PCM line speed, extended superframe format, wavelength division multiplexing, Keplers laws, Clark orbits, limits of visibility, Satellite Radio Navigation and Navstar GPS.
Extends and updates the knowledge of the student to the most modern topics in Electronic Communications systems.
NEW—Chapter 20 provides comprehensive coverage of mobile telephone systems—Includes analog and digital cellular telephone (AMPS), CDMA personal communications systems (PCS), and the IRIDIUM personal communications satellite system (PCSS).
Presents students with the latest and most innovative technological advancements being made in cellular communications systems.
NEW—Optical fiber communications has been moved from Chapter 20 to Chapter 11—Includes new sections on light sources, optical power, optical sources and link budget.
Up-to-date coverage of this dynamic area.
Numerous examples throughout.
Provides students with real-life applications of the concepts of analog and digital communications systems.
Chapter-end questions and problems—Includes selected answers.
Gives students a chance to test and review their understanding of fundamental and key topics.

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Table of Contents

1. Introduction to Electronic Communications.
2. Signal Generation.
3. Amplitude Modulation Transmission.
4. Amplitude Modulation Reception.
5. Single-Sideband Communications Systems.
6. Angle Modulation Transmission.
7. Angle Modulation Receivers, FM Stereo, and Two-Way FM Radio.
8. Transmission Lines.
9. Electromagnetic Wave Propagation.
10. Antennas and Waveguides.
11. Optical Fiber Communications.
12. Digital Communications.
13. Data Communications.
14. Data Communications Protocols and Network Configurations.
15. Digital Transmission.
16. Multiplexing.
17. Microwave Radio Communications and System Gain.
18. Satellite Communications.
19. Satellite Multiple-Access Arrangements.
20. Mobile Telephone Service
Appendix A. The Smith Chart.

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