用于PDN分析的耦合二维电报方程

Y. Shlepnev
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引用次数: 1

摘要

推导了多个平行平面结构的频域控制偏微分方程。该方程可以看作是先前推导的一对平面的宽带方程的推广,也可以看作是最初为分析窄带微波平面电路而推导的著名的二维电报方程的推广。该宽带方程具有合适的高、低频渐近线,适用于分析直流至千兆赫频率范围内具有多个平行平面的输电网络。用三维电磁分析结果和已公布的测量数据验证了推导出的方程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Coupled 2D Telegrapher's equations for PDN analysis
Governing partial differential equations are derived for multiple parallel plane structure in frequency-domain. The equations can be considered as an extension of broadband equations derived earlier for one pair of planes and as an extension of well-known 2D Telegrapher's equations originally derived for analysis of narrow-band microwave planar circuits. The broadband equations have appropriate high and low frequency asymptotes and are suitable for analysis of power delivery networks (PDN) with multiple parallel planes at frequencies from DC to multi-gigahertz frequency range. Derived equations are validated with results of 3D electromagnetic analysis and with published measured data.
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