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Electronic Communication Techniques
Paul H. Young
For RF Communication Circuits and Communication Systems courses at the junior/senior undergraduate level. Helping students become successful designers of useful communications products, this easy-to-read, hands-on text provides a solid circuit design and analysis resource for communications electronic applications, introducing systems and circuits in a way that keeps students involved and active in the learning process. Grounded in sound theory and engineering principles, it uses algebra-based mathematics through calculus and a logical design-and-analysis approach, and now includes the very latest information on cellular and PCS systems, digital communications, integrated circuit transceivers, and more.
Does a text with a 뱑eal-world industry approach?appeal to you?
Provides a broad-based, real-world industry orientation by incorporating examples, standards and techniques from a number of different technology disciplines - RF, microwave, optics, digital transmission, and more.
Contains numerous derivations, examples, and problems for students to practice and test their knowledge.
Provides computer analysis sections in every chapter to expose students to the use of Spice, MicroCAP, and Touchstone software ?important design and analysis programs in the communications industry.
Introduces the latest developments in high-definition television (HDTV) and video compression with motion compensation.
Includes details of QAM (Quadrature Amplitude Modulation), explaining this cutting-edge video-on-demand and HDTV technology for CATV in a visual way.
Incorporates the most recent advancements in fiber-optic communication.
Stimulates and encourages learning every step of the way with a host of pedagogical aids that include:
Example problems and example designs.
Computer analysis in all chapters.
An emphasis on hardware with manufacturers data sheets.
Continual topical references to earlier chapters.
End-of-chapter problems, and answers to selected problems.
Table of Contents
1. Radio Frequency Amplifiers.
3. Signal Spectra.
4. Elements of Noise.
5. Modulation and Amplitude-Modulated Systems.
6. Transmitter Circuits.
7. Receiver Circuits.
8. Sideband Systems.
9. Frequency and Phase Modulation.
10. Phase-Locked Loops.
11. Pulse and Digital Modulation.
12. Digital Communication Concepts.
13. Data Communication Techniques.
14. Transmission Lines and Waveguides.
15. Antennas and Radiowave Propagation.
16. Basic Television.
17. Digital Radio and Space Communication.
18. Fiber-Optic Communication.
Appendix A: Introducing the Impulse Function.
Appendix B: Filter Attenuation Curves.
Appendix C: Feedback Analysis for Transconductance Amplifier.
Appendix D: Derivation of Frequency Response for PLLs.
Appendix E: Communications Software.
Appendix F: Abbreviations and Acronyms.
Answers to Selected Problems.
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