Radio Receiver Design
Noble Publishing Corporation, Jan 1, 2000 - Technology & Engineering - 778 pages
This comprehensive and well-written volume presents a systematic discussion of the characteristics of individual receiver components and their interaction in cascade. Numerous practice examples and exercises function as an integral part of each component's specification. Covers in detail all major components related to receiver design including cascade interaction. Provides excellent introductions and technical background on basic as well as advanced component characteristics, featuring 'war stories, ' exercises, design examples and an abundance of useful drawings and tables. Serves as a reference tool for students and professionals of electrical engineering, RF and microwave electronics, and radio receiver design. Emphasizes practical and proven concepts that help clarify the role of each component within the design. Whether it is used inside or outside the classroom, 'Radio Receiver Design' stands out as a definitive introduction to key concepts involved in receiver design. TABLE OF CONTENTS: Introduction; Filters; Mixers; Oscillators; Amplifiers and Noise; Linearity; Cascade I-Gain Distribution; Cascade II-IF Selection; Appendix; Index
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amplifier's amplitude antenna approximately attenuation band band-pass filter bandwidth Bessel filter Butterworth cable cascade center frequency characteristic impedance Chebychev circuit components conversion scheme dB bandwidth demodulator deviation diode elliptic filter Equation Example freq Gaussian group delay harmonics hertz HSLO ideal sine wave input noise input power input signal ITOI linear load resistor low-pass filter LSLO magnitude response matched measure mixer noise bandwidth noise figure noise power noise temperature noise voltage nonlinear device ohms oscillator output power passband performance phase noise phasor poles power delivered power gain power level produces pulse quency receiver's receiving system reflection coefficient resistor RF port RF signal s-parameters shows signal power signals present sine wave small p conditions Solution spectrum spurious signals stopband synthesizer time-domain transfer function transmission line tuning two-port vector VSWR waveform zero crossings