Development of a high average power W-band TWT

A. Theiss, C. Meadows, K. Montgomery, M. Martin
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引用次数: 10

Abstract

A first-unit full-gain W-Band folded-waveguide TWT has been rebuilt and is scheduled for hot test. This light-weight integral pole piece TWT is expected to achieve high average power by utilizing multiple L-3 proprietary features: a PPM-type, folded-waveguide circuit that has close-proximity copper-block heat-sinks [1]; a broadband block-type RF window that demonstrated 1500 watts of average-power transmission with a 33% bandwidth match at Ka- band [1]; a tetrode gun that provides high-PRF modulation to diode-gun-quality electron beams [2] [3]; and voided iron parts that permit pole pieces with thicknesses that exceed an RF period to supply focusing fields with lambdaP/L values around 10 for 4-kilowatt beams [4].
高平均功率w波段行波管的研制
第一单元全增益w波段折叠波导行波管已经重建,并计划进行热测试。这种轻质整体式极片行波管有望通过利用多个L-3专有特性实现高平均功率:ppm型折叠波导电路,具有近距离铜块散热片[1];一个宽带块型射频窗口,在Ka波段展示了1500瓦的平均功率传输和33%的带宽匹配[1];为二极管电子束质量提供高prf调制的四极管电子束[2][3];以及空铁部件,允许厚度超过RF周期的极片为4千瓦光束提供lambdaP/L值约为10的聚焦场[4]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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