Quartz Vibrators and Their Applications |
Contents
PROPERTIES OF QUARTZ | 3 |
General properties | 10 |
Xray diffraction | 18 |
Copyright | |
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Common terms and phrases
amplitude angle applied approximately axes axis blanks BT plates C₁ capacitance coefficient of frequency connected coupling crystal filter crystal oscillator crystal unit curve damping damping factor determined dimensions direction disc effect elastic constants electric flux density electric force electric network electrical twinning electrodes equal equation equivalent faces factor figure of merit filter frequency change frequency standards frequency-temperature given glass grid leak holder impedance insertion loss kc/s lapping lattice length longitudinal machine maximum Mc/s measured metal method mode modulus mounted obtained ohms operation optical twinning orientation parallel passband piezo-electric plane polarized positive produced quartz clock quartz crystal quartz oscillator quartz plate quartz resonator quartz vibrator R₁ ratio reactance resistance response frequency rotation shear shown in Fig slab slice strain surface surface grinder Table temperature thermal coefficient thickness transducer transmitter tube valve voltage width wire X-cut zero