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X-band coupled cavity slow wave structure of the traveling wave tube for airborne application

机译:机载行波管的X波段耦合腔慢波结构

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The paper describes the design of the conduction cooling X-band coupled cavity traveling wave tube (CC-TWT) based on the Hughes staggered slots slow wave structure (SWS) which was the first tube of this type made in the Wroclaw Division of PIT. A project of LO-700W traveling wave tube required solving various structural and technological problems e.g. effective termination based on loss ceramic buttons at the severs of RF circuits to minimize reflections and to provide proper attenuation. In this paper an approximate method for calculation of the input antenna of coaxial-line, waveguide transition and output waveguide window is also presented.
机译:本文介绍了基于休斯交错槽慢波结构(SWS)的传导冷却X波段耦合腔行波管(CC-TWT)的设计,该结构是PIT弗罗茨瓦夫分部制造的第一款此类管。 LO-700W行波管的一个项目需要解决各种结构和技术问题,例如基于射频电路分支处的损耗陶瓷按钮的有效端接,可最大程度地减少反射并提供适当的衰减。本文还提出了一种计算同轴线输入天线,波导过渡和输出波导窗口的近似方法。

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