Quantitative Analysis of Single-Surface Dielectric Multipactor Susceptibility with Dual Carrier Frequencies

Shu Lin, A. Iqbal, Peng Zhang, J. Verboncoeur
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Abstract

This paper presents quantitative threshold analysis of multipactor breakdown on single dielectric surface initiated with an radio-frequency signal consisting of two carrier frequencies. The statistical modeling of multi-carrier multipactor on a dielectric is conducted for multipactor susceptibility chart and threshold analysis. On that basis, the effect of the relative phase and strength, and the frequency difference of two carrier frequencies on multipactor threshold are analyzed to achieve performance optimization. The results indicate that additional carrier frequency may increase power transmission capacity of high-power dielectric window.
双载流子频率下单表面介电多因子磁化率的定量分析
本文对由两个载波频率组成的射频信号引发的单介质表面多因子击穿进行了定量阈值分析。对电介质上的多载波多因子进行了统计建模,绘制了多因子磁化率图并进行了阈值分析。在此基础上,分析了相对相位和强度以及两个载波频率差对多因子阈值的影响,实现了性能优化。结果表明,增加载波频率可以提高高功率介质窗口的功率传输能力。
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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