Abstract
This article presents the results of a theoretical analysis of the parameters of a synchronizing diode oscillator, the frequency of which is stabilized by a high-quality cylindrical resonator of passage type. An LPD generator with a frequency-stabilizing high-Q pass-through cavity resonator in frequency was used as a source of a synchronizing signal. Frequency stabilization in a generator on a caseless avalanche-span diode is carried out by a high-quality cylindrical pass-through cavity resonator. As a result of a theoretical analysis, the parameters of the open-frame diode are established on the basis of an equivalent circuit, the coupling value of a high-quality cylindrical resonator with the waveguide system of the generator and its design parameters are determined. It is proved that obtaining relative frequency instability of the generator frequency within the range of 10-6-10-7 degrees is possible by synchronizing the frequency of the power adder with a signal from an external highly stable generator, for which frequency-stability a cylindrical resonator of the through type on a wave of type TE011 with parameters is used: R = 32mm, h = 7.5mm.
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