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Partial-boundary element method for analysis of striplines with arbitrary cross-sectional dielectric in multi-layered media

机译:多层介质中任意截面介质的带状线分析的局部边界元方法

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摘要

A new method of analysis called the partial-boundary element method (p-BEM) is proposed for the analysis of striplines with arbitrary cross-sectional dielectric in multi-layered media. By using a Green's function that satisfies the boundary conditions of a relevant structure with multi-layered media and introducing a concept of the equivalent charge density, the p-BEM formulates a potential integral and boundary integral equations only on partial-boundaries such as the surface of the arbitrary cross-sectional dielectric. The number of the equations needed to be formulated is much less than in the conventional BEM. Numerical results of analysis are presented for two kinds of striplines: 1) with a rectangular dielectric ridge and 2) with an embedded rectangular dielectric in three-layered media.
机译:提出了一种新的分析方法,称为局部边界元方法(p-BEM),用于分析多层介质中具有任意横截面电介质的带状线。通过使用满足多层介质相关结构的边界条件的格林函数并引入等效电荷密度的概念,p-BEM仅在部分边界(例如表面)上形成势积分和边界积分方程任意横截面的电介质。与常规的BEM相比,需要公式化的方程式数量要少得多。分析了两种带状线的数值结果:1)带矩形电介质脊和2)带嵌入式矩形电介质的三层介质。

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