A full-wave model for the analysis of the high-frequency behavior of open interconnect structures

S. Falco, G. Miano, L. Verolino, A. Maffucci, F. Villone
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引用次数: 2

Abstract

This paper presents a full-wave model for the analysis of a lossless two-conductor interconnect. This model accounts for high-frequency effects, like distortion and radiation, that arise because the structure is open and of finite length, and that cannot be predicted by the standard transmission line (STL) model. This enhanced transmission line model (ETL) consists of a mixed system of differential and integral equations, whose kernel shows the logarithmic singularity typical of the surface distributions. The problem has been solved by using two different procedures: one based on the collocation method, the other on a dual formulation in the spectral domain
开放互连结构高频特性分析的全波模型
本文提出了一种分析无损双导体互连的全波模型。这个模型考虑了高频效应,如失真和辐射,这些效应是由于结构是开放的和有限的长度而产生的,这是标准传输线(STL)模型无法预测的。该增强型传输线模型(ETL)由一个微分方程和积分方程的混合系统组成,其核具有典型的表面分布的对数奇异性。用两种不同的方法解决了这个问题:一种是基于配点法,另一种是基于谱域的对偶公式
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