Abstract
The paper presents the results of a study of a three-gap resonator for a miniature multi-beam klystron. A feature of the resonator is the use in the construction of a suspended dielectric substrate with strip resonant conductors located on it. The main electrodynamic parameters of the resonator were calculated. The analysis of the high-frequency electric field along the interaction space is carried out for each of the modes. For the antiphase and in-phase modes, the possibility of tuning the resonator to multiple resonant frequencies is shown. Electronic parameters were calculated for the frequency multiplicity mode. The investigated resonator can find application in miniature multi-beam klystrons of the centimeter and millimeter range.
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