30.5 GHz风冷200瓦连续行波管,高交互效率

J. H. Scholtz, J. Vaszari
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摘要

本文介绍了一种用于通信地面终端的200瓦连续波ka波段耦合腔行波管。这种管,被指定为914H,是由休斯飞机EDD在美国陆军卫星司令部资助的一个项目下开发的。Art Wachtenheim是该项目的赞助者。914H在30至31 GHz的频段上工作,在整个1 GHz热带上的增益变化小于1 dB。在中心波段达到了非常高的18%的基本效率。管的特点包括空气冷却,PPM聚焦,模阳极电子枪,压抑的收集器,和扑克筹码窗口。采用了一种独特的机械结构,即在真空包络层外部添加磁聚焦结构来制造射频电路。利用一些计算机设计程序开发了腔体设计和电路配置。电路结构为两段式设计。
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An air cooled 200 watt CW TWT at 30.5 GHz with high interaction efficiency
This paper describes a 200 watt CW Ka-band coupled-cavity traveling-wave tube developed for a communication ground terminal application. This tube, designated the 914H, was developed by Hughes Aircraft EDD under a program funded by the United States Army Satellite Command. Art Wachtenheim is the sponsor of the program. The 914H operates over a band of from 30 to 31 GHz with less than 1 dB of gain variation over the entire 1 GHz hot band. A very high basic efficiency of 18% at center band has been achieved. Tube features include air cooling, PPM focusing, mod anode electron gun, depressed collector, and poker chip windows. A unique mechanical configuration in which the magnetic focusing structure is added externally to the vacuum envelope was used to fabricate the RF circuit. Cavity design and circuit configuration were developed by exploiting a number of computer design programs. The circuit configuration is a two-section design.
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