Microwave and millimeter-wave diode frequency multipliers
Artech House, 1995 - Technology & Engineering - 368 pages
Written to help scientists, engineers and students who want to understand present and potential semiconductor multiplying diodes, this book provides both theory and practical design examples. It covers the field with a new approach and utilizes the most up-to-date knowledge and today's computing environment.
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Operating Principles and Basic Limitations of Diode
Semiconductor Diodes for Frequency Multipliers
Basic Diode Frequency Multiplier Circuits
6 other sections not shown
amplitude analysis backshort baluns bandwidth barrier voltage breakdown voltage characteristic components computed configuration conversion loss density depletion region derived diode frequency multipliers doping efficiency electron embedding impedances epilayer epitaxial epitaxial layer equation equivalent circuit European Microwave Conf frequency doubler frequency multipliers frequency tripler GaAs harmonic balance idle frequencies idler IEEE IEEE Trans input and output input frequency input power input signal iteration linear subnetwork load low-pass filter matrix method microstrip Microwave Circuits Microwave Symp Microwave Theory Millimeter Waves millimeter-wave Mixer NLTL ohmic contact operating optimization output frequency output power p-n junction parameterization parameters phase noise planar PM noise Proc quency reactance resonance Schottky Barrier Schottky diode second harmonic semiconductor series resistance short-circuited shown in Figure sideband slotline spectrum stripline structure subnetwork substrate Theory and Techniques thermionic emission transmission line undepleted varactor diode varactor frequency multipliers varistor waveguide