English

Electronic Communication Techniques, Young

Electronic Communication Techniques is intended to bridge the gap between circuit design and the system concepts that predetermine circuit requirements in particular applications . The results of theoretical research are combined with engineering principles, design equations, charts, and tables for those of us who will design and produce hardware and software. The mathematics level is typical of that used by engineering practitioners, with calculus rarely employed and transform techniques avoided. CONTENTS 1 RADIO FREQUENCY AMPLIFIERS 2 OSCILLATORS 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 COMMUNICATIONS 18 FIBER-OPTIC COMMUNICATION

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