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Provides a fundamental understanding of current as well as future concepts and techniques essential for systematically defining and manufacturing a receiver that is flexible yet functional in today's world. An excellent introduction to communications and the role of receivers in conveying information.
Introduction - communicating links and the receiver's role; modulation and bandwidth; receiver configurations; the superheterodyne receiver; amplifier design and application; mixer/converter design; local oscillator design; demodulator design and application; defining and measuring performance; receiving antennas; implementation with digital methods; level diagrams in receiver design; error detection and correction; receiver examples. Appendices: glossary; spread spectrum receivers; Gray codes; answers and questions; receiver applications and frequency ranges; wavelength (Zigma) and frequency; noise in a receiver's bandwidth; dBs, dBms, and other mysteries; power transfer and impedance match; grounding, bypassing, and shielding; simulating a QPSK modem; simulating RF systems using system view by Elanix.
Jacek F. Gieras, Chong Wang, Joseph Cho Lai, Poland) Gieras, Jacek F. (University of Technology and Life Sciences, Bydgoszcz, USA) Wang, Chong (General Motors Corporation, Milford, Michigan, Australia) Lai, Joseph Cho (University of New South Wales at ADFA, Canberra, Jacek F Gieras
Martin W. Jawitz, Michael J. Jawitz, USA) Jawitz, Martin W. (Jaw-Mac Enterprise, Las Vegas, Nevada, USA) Jawitz, Michael J. (The Boeing Company, El Segundo, California
João Pedro A. Bastos, Nelson Sadowski, Brazil) Bastos, Joao Pedro A. (Universidad Federal de Santa Catarina, Florianopolis, Brazil) Sadowski, Nelson (Universidad Federal de Santa Catarina, Florianopolis
Martin W. Jawitz, Michael J. Jawitz, USA) Jawitz, Martin W. (Jaw-Mac Enterprise, Las Vegas, Nevada, USA) Jawitz, Michael J. (The Boeing Company, El Segundo, California