Spurious reflection of space charge waves in traveling wave structures

T. Antonsen, D. Chernin, S. Cooke, B. Levush
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Abstract

The high gain of traveling wave tube amplifiers makes them particularly sensitive to reflections at output ports and severs. Even small values of reflections can be significant if the reflected waves are regeneratively amplified. Consequently, a great deal of effort is expended in minimizing reflections. One process that complicates the design of devices is the additional reflection that occurs in the presence of the electron beam. The current procedure for minimizing reflections is based on the electrodynamic properties of the cold structure, i.e. in the absence of the electron beam. In the presence of the beam there is an additional reflection due to the beam space charge wave that is induced on the structure. Thus, structures optimized for zero reflection without the beam will have a reflection with the beam. The effect of the space charge wave is illustrated.
行波结构中空间电荷波的杂散反射
行波管放大器的高增益使它们对输出端口和服务器的反射特别敏感。如果反射波被再生放大,即使很小的反射值也会很重要。因此,在减少反射方面花费了大量的努力。使器件设计复杂化的一个过程是电子束存在时产生的额外反射。目前最小化反射的方法是基于冷结构的电动力学特性,即在没有电子束的情况下。在光束存在的情况下,由于在结构上诱导的光束空间电荷波,存在额外的反射。因此,优化为无光束零反射的结构将具有有光束的反射。说明了空间电荷波的作用。
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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