Study of Losses and Their Measurement in High-Q Microwave Cavities

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Stanford University, 1954 - Electric measurements - 82 pages

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Contents

SUMMARY OF PRESENT QMEASUREMENT TECHNIQUES
5
7
15
III
16

3 other sections not shown

Common terms and phrases

0.7-percent error 1.8 per cent 2K41 reflex klystrons AMPLITUDE MODULATION approximate square-law detector asymmetry bandwidth BATTERY POWER SUPPLY calibrated cutoff attenuator cavity and LC CAVITY DETECTOR AMPLIFIER cavity resonator crystal detector d-c level detector at microwave distortion double-trace oscilloscope electronic switch error due error smaller exponential decay F-M REFLEX KLYSTRON fo cav fo L-C cir frequency and Q half-power level half-power points high accuracy higher than 100 input and output input voltage insertion loss kc/s KLYSTRON CAVITY DETECTOR LC circuit loaded Q LOCAL OSCILLATOR Lossy cable RG-21U low-frequency circuit Mc/s mean value measuring Q's METHOD OF Q METHOD OF Q-MEASUREMENT microwave frequencies microwave oscillators MIXER modulation index output power Q measurement receiver resonance curve resonant circuit resonant frequency response law saw-tooth wave screen sidebands sine wave skin depth standing-wave ratio sweep frequency Tektronix low-level amplifier tunable unloaded Q values of Q voltage

Bibliographic information

TitleStudy of Losses and Their Measurement in High-Q Microwave Cavities
AuthorSalvador Mugica
PublisherStanford University, 1954
Length82 pages
  
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