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Analysis of Dielectric-Loaded Waveguide Filters by the Generalized BI-RME Method

机译:广义BI-RME法分析介质加载的波导滤波器

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This paper presents the application of the generalized boundary integral-resonant mode expansion (BI-RME) method to the analysis of dielectric-loaded waveguide filters. The method is based on the segmentation/recombination technique, which permits to divide the component into homogeneously-filled building blocks. The BI-RME method is used to calculate the generalized admittance matrix (GAM) of each arbitrarily shaped building block by solving an integral equation, which is obtained enforcing the appropriate boundary condition to the electromagnetic field. The GAMs are then cascaded to obtain the frequency response of the whole component. Any possible shape of the interconnecting surfaces can be treated with this implementation due to the adoption of the RWG basis functions to represent the unknown electric and magnetic surface currents. The theory of the method is outlined in this paper, and a numerical example demonstrates the capabilities of the proposed algorithm.
机译:本文介绍了广义边界积分共振模式展开(BI-RME)方法在介电加载波导滤波器分析中的应用。该方法基于分段/重组技术,该技术可将组件分为均匀填充的构建基块。 BI-RME方法用于通过求解积分方程来计算每个任意形状的构建基块的广义导纳矩阵(GAM),该积分方程是通过对电磁场施加适当的边界条件而获得的。然后,将GAM级联以获得整个组件的频率响应。由于采用了RWG基本函数来表示未知的电和磁表面电流,因此可以用此实现方式处理互连表面的任何可能形状。本文概述了该方法的理论,并通过一个数值示例证明了该算法的功能。

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