低压多束速调管光子晶体谐振腔电动力学参数的计算

V. Tsarev, A. Miroshnichenko, A. Gnusarev, N. A. Akafyeva, M. Chernyshev
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引用次数: 0

摘要

本文介绍了一种用于小型速调管型器件的新型谐振器的研究结果,该谐振器工作在微波频谱的Ku-和k -波段。谐振器设计的一个特点是使用了光子晶体结构和分形“谢尔平斯基三角形”。分形元素“Sierpinski Triangle”是在一个悬浮的陶瓷基板上制作的。研究了振动的主要频率模式——反相型和同相型振荡。研究了将谐振器调谐到多个谐振频率的可能性。研究了衬底介电常数的变化对谐振腔频谱的影响。
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Calculation of Electrodynamic Parameters of Photonic Crystal Resonator for Low-Voltage Multi-Beam Klystrons
The article presents the results of a study of a new type of resonator for small-sized klystron-type devices operating in the Ku- and K-bands of the frequency spectrum of the microwave range. A feature of the resonator design is the use of a photonic crystal structure and fractals “Sierpinski's Triangle”. Fractal elements “Sierpinski Triangle” was made on a suspended ceramic substrate. The main frequency modes of oscillations were investigated - anti-phase and in-phase type of oscillations. The possibility of tuning the resonator to multiple resonant frequencies was examined. The effect of the change in the dielectric constant of the substrate on the frequency spectrum of the resonator was investigated also.
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