A method of constant-parameter surfaces, which makes it possible to determine the parameters of a three-resonator frequency stabilization system, needed for obtaining the maximum stabilization coefficients and for determining the range of possible variations in parameters at a given stabilization factor is suggested. Regions on the surface of the given stabilization factor, where the frequency curve is single-, triple-, and quintuple-valued, are examined, as is the region of the energy-criterion instability. Holding and aperture bands are calculated and their dependence on the Q factor of the stabilizing tuned network and the coupling between the networks are investigated.
Department of Physics of Oscillations
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