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Modern Electronic Communications

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Gary Miller, Jeff Beasley

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Prentice Hall

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Summary

For courses in Electronic Communications and Communication Systems.

Now in its seventh edition, Modern Electronic Communication thoroughly examines the key concepts in electronic communications. Each chapter includes a section introducing a key communications concept using Electronic Workbench Multisim. Key terms are provided in the margins which highlight important concepts.

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Features

NEW—Update on digital coding and Digital Communications: Transmission.
Presents students with the latest techniques and methods which reflect current practices in industry.
NEW—Addition of a Troubleshooting with Electronics Workbench Multisim section to each chapter.
Helps students gain the understanding of an important concept presented in the chapter by presenting circuits in a tutorial manner.
NEW—Updated Chapter 17: Fiber Optic Communications—Includes many new examples such as how to test a fiber with an OTDR and how to interpret the test results, how to analyze a fiber design, and the techniques and concepts behind optical networking.
Teaches students about the latest technologies being used in fiber optic communications.
NEW—New section on the latest developments in digital television (DTV) in the U.S.
Provides students with the knowledge of planned deployment of DTV in the U.S.
NEW—New section on the dB in Communications—Introduces the key dB terms used in communications. Includes chapter questions with many new dB problems specifically developed for this section.
Introduces the student to the dB measurement techniques.
NEW—Updated coverage of the FFT from the approach of what the practitioner needs to know.
Educates students on the importance of the spectral content of a communications signal.
NEW—Network Communications chapter has been updated to include coverage of the new techniques being used—Includes updates on the telephone system, cellular and PCS wireless phones, DAMPS, GSM CSMA/CD, CSMA/CA, IP Telephony, high speed modems including cable, and xDSL.
Introduces students to the latest developments in networks, and gives instructors many valuable examples to aid in presentations.
Critical Thinking Questions—At the end of each chapter.
Encourages students to think “outside the box.?
An inclusive listing of electronic communication acronyms—In an appendix.
Aids students who may find the use of acronyms confusing.
A full-color format—With many color photos of industrial equipment, and color-enhanced drawings.
Promotes students interest and helps in understanding.
Key points summarized at the end of each chapter.
Ensures material retention through constant reinforcement of concepts and theory.

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Table of Contents

1. Introductory Topics.
2. Amplitude Modulation: Transmission.
3. Amplitude Modulation: Reception.
4. Single-Sideband Communications.
5. Frequency Modulation: Transmission.
6. Frequency Modulation: Reception.
7. Communications Techniques.
8. Digital Communications: Coding Techniques.
9. Digital Communications: Transmission.
10. Network Communications.
11. Transmission Line.
12. Wave Propagation.
13. Antennas.
14. Waveguides and Radar.
15. Microwaves and Lasers.
16. Television.
17. Fiber Optics.
Appendix.
Glossary.
Acronyms and Abbreviations.
Index.

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