Microwave Engineers' Handbook, Volume 2These two volumes are clearly the most complete reference sources for working microwave engineers and technicians available today, containing vital microwave material no longer available in one source. Each chapter contains hundreds of indispensable charts, graphs, and tables that you'll refer to daily. |
Common terms and phrases
AMPLIFIER Aperture ATTENUATION bandwidth BEAM BEAMWIDTH Bessel function CHEBYSHEV ARRAYS circuit COAXIAL Courtesy of Dr Courtesy of R. C. curves DECIBELS designates a zero DETECTOR Devices diameter DIELECTRIC DIPOLES SPACED Directional Couplers Dissipation Factor distortion Electronics error factor FERRITE FIELD FREQUENCY GHz gain GARNET IEEE TRANS IMPEDANCE INSERTION LOSS ISOLATED PORT John Osepchuk Klystrons Laboratories LENGTH LIMIT LINE SOURCE LINEAR LOADED LOOP Magnetrons maximum Microwave Scanning Antennas MICROWAVE THEORY NOISE FIGURE NOISE TEMPERATURE Nomogram NOMOGRAPH NORMALIZED OPTIMUM Oscillators OUTPUT Paraboloidal PARAMETERS PASSIVE REPEATER peak power phase PIN DIODE PLANE SCAN power density Pulse R. C. Hansen Radio Resonance Frequency SATURATION MAGNETIZATION SCAN ANGLE Sidelobe SIDELOBE LEVEL signal SKIN DEPTH SLOT SPHEROID stage Standards Sylvania Electric Products Symmetrical TAPERED THEORY AND TECHNIQUES TUBES Tunnel Diode typical VELOCITY VOLTAGE VSWR WATTS WAVE WAVEGUIDE wavelength Y-factor