Abstract
A resonator consisting or two successive cavities with different radii is proposed for a frequency-step tunable gyrotron. Different frequencies of the operating mode can be excited in individual cavities by means of changing the beam radius and the strength of the external magnetic field. A resonator for the frequencies 94 GHz and 35 GHz, as desired for satellite communications, and operating in the TE02 and TE01 modes, respectively, is considered as an example.
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