Handbook of electronics calculations for engineers and technicians
Technical math review; DC circuit analysis; AC circuit analysis; Selecting R,L, and C components; Selecting semiconductor devices; Audio amplifiers; Tuned amplifiers; Feedback; Oscilators; Power supplies; Battery uses and special cells; OPAMP applications; Digital logic; Computer-aided circuit design; Analog-digital conversion; Video amplifiers; The microprocessor; Transmission lines; Filters; Antennas; Microwaves; Communications systems; Measurements; Thick-film technology.
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AC CIRCUIT ANALYSIS
SELECTING R L AND C COMPONENTS
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amplifier antenna attenuation bandwidth battery calculated capacitance capacitor cell characteristic impedance circuit of Fig collector components Compute conductor curves cutoff frequency decibels determine device dielectric diode discharge electrical Electronics element emitter equal equation factor feedback frequency response function gate given high-pass filter inductance inductor input impedance load logarithm low-pass filter maximum measured meter microprocessor minimum node noise normalized low-pass filter operation operational amplifier oscillator oscilloscope output voltage parallel parameters phase power supply problem pulse radiation range ratio reactance reflection coefficient resistance resistor resonant RLC circuit selected sheet resistivity shown in Fig signal Smith chart solution specified substrate switch Table temperature theory thermal thick-film transistor transmission line truth table tuned velocity voltage gain wave waveform wavelength zero