Electronic communications systems: fundamentals through advanced
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. Tomasi's Advanced Electronic Communication Systems 5/e is the last 10 chapters of this text.
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INTRODUCTION TO ELECTRONIC COMMUNICATIONS
LARGESCALE INTEGRATION OSCILLATORS
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amplifier amplitude amplitude modulation analog angle antenna audio balanced modulator band bandwidth baseband binary bit rate block diagram cable called carrier frequency CDMA cell cellular circuit clock converter demodulator detector determine diode earth station encoding equal equivalent noise temperature error filter frame frequency deviation frequency spectrum gain harmonic hertz impedance input frequency input signal interface ISDN kbps linear load logic loop loss maximum Mbps microwave minimum mobile mode modem modulating signal modulating-signal modulation index multiplexing noise figure noise power operation optical fiber orbit oscillator output frequency PCM code peak phase deviation power density primary produce propagation pulse QPSK quency radiation radio ratio receiver sample satellite secondary shown in Figure shows sideband signal-to-noise single-sideband Substituting into Equation switch synchronous telephone terminal transmission line transmit velocity voice-band voltage waveform waveguide wavelength