rus
Issue #4/2025
V. Solyanik, A. Miroshnichenko, V. Tsarev, N. Akafyeva
DOUBLE-GAP CAPACITIVELY LOADED CAVITY RESONATOR FOR A MULTIBEAM KLYSTRON
DOUBLE-GAP CAPACITIVELY LOADED CAVITY RESONATOR FOR A MULTIBEAM KLYSTRON
DOI: 10.22184/1992-4178.2025.245.4.50.58
The article provides the study of electrodynamic and electronic parameters of a capacitively loaded double-gap resonator for a multibeam klystron. The resonator’s design features the mushroom-shaped structure and extra rods along the resonator perimeter. Simulation results were obtained with different sizes of the resonator structure elements.
The article provides the study of electrodynamic and electronic parameters of a capacitively loaded double-gap resonator for a multibeam klystron. The resonator’s design features the mushroom-shaped structure and extra rods along the resonator perimeter. Simulation results were obtained with different sizes of the resonator structure elements.
Теги: characteristic impedance double-gap capacitively loaded cavity resonator electronic parameters intrinsic q-factor multibeam klystron (mbk) mushroom-shaped structure photonic band gap (pbg) structures resonant frequency substrate integrated waveguide (siw) грибовидная структура двухзазорный емкостно-нагруженный объемный резонатор интегрированные в подложку волноводы (ипв) многолучевой клистрон (млк) резонансная частота собственная добротность фотонно-кристаллическая структура характеристическое сопротивление электронные параметры
DOUBLE-GAP CAPACITIVELY LOADED CAVITY RESONATOR FOR A MULTIBEAM KLYSTRON
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