Enhanced Transmission Model for Predicting Coupling Between Electromagnetic Field and a Twisted-Wire Pair of Complex Dielectric Coatings

Zhihao Xi, Tao Liang, Yan-zhao Xie, Jie Guo
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Abstract

In this paper, an enhanced electromagnetic field coupling to twisted wire pair (TWP) model is developed and applied for predicting the terminal voltage/current responses. In contrast to the classic transmission line (TL) model, the proposed approach takes account the perturbation effect on external field due to the presence of coatings by assigning a weight (coating coefficient Cd) to the source terms contributed by transversal field component. The case study shows a significant improvement of the modeling accuracy with respect to classic TL model.
复杂介质涂层中电磁场与双绞线对耦合预测的增强传输模型
本文建立了一种增强的电磁场-双绞线耦合模型,并将其应用于预测终端电压/电流响应。与传统的传输线(TL)模型相比,本文提出的方法考虑了由于涂层的存在而引起的外场扰动效应,通过给横向场分量贡献的源项分配一个权重(涂层系数Cd)。实例研究表明,与经典TL模型相比,该模型的建模精度有了显著提高。
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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