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Including Stripline Connections into Network Parameter Based Via Models for Fast Simulation of Interconnects

机译:通过模型将带状线连接包含到基于网络参数的网络中,以快速仿真互连

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Comprehensive physics-based via models are extended to consider traces connecting vias in PCB and package structures (stripline connection). The traces routed between two power planes are described by modal decomposition to account for the contribution of the parallel plate mode and the stripline mode. The analytical formulation for two vias connected by a trace is provided in this work. It results in a fully parameterized 4-port network, formed by the parallel connection of four 4-by-4 admittance matrices corresponding to: the parallel plate mode, the stripline mode, a coupling factor resulting from the superposition of the two modes, and the capacitances between the via barrel and the power planes. With this novel formulation, good correlation with respect to full-wave simulations could be observed up to 20 GHz, with a remarkable improvement on the computation speed (up to three orders of magnitude).
机译:扩展了基于物理的全面通孔模型,以考虑连接PCB和封装结构中的通孔的迹线(带状线连接)。通过模态分解来描述在两个电源平面之间布线的走线,以说明平行板模式和带状线模式的贡献。在这项工作中提供了两个通过走线连接的过孔的分析公式。它产生了一个完全参数化的4端口网络,该网络由四个4×4导纳矩阵的并行连接形成,这些矩阵分别对应于:平行平板模式,带状线模式,两种模式叠加产生的耦合因子,以及通孔桶和电源层之间的电容。使用这种新颖的公式,可以在高达20 GHz的频率下观察到与全波仿真的良好相关性,并显着提高了计算速度(高达三个数量级)。

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