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Method for order selection in passive transmission line macromodels based on the lie criteria

机译:基于lie准则的无源传输线宏模型中的订单选择方法

摘要

A passive macromodel for lossy, dispersive multiconductor transmission lines uses a multiplicative approximation of the matrix exponential known as the Lie product. The circuit implementation of the macromodel is a cascade of elementary cells, each cell being the combination of a pure delay element and a lumped circuit representing the transmission line losses. Compared with passive rational macromodeling, the Lie product macromodel is capable of efficiently simulating long, low-loss multiconductor transmission lines while preserving passivity. This result is combined with transmission line theory to derive a time-domain error criterion for the Lie product macromodel. This criterion is used to determine the minimum number of cells needed in the macromodel to assure that the magnitude of the time-domain error is less than a given engineering tolerance.
机译:有损色散多导体传输线的无源宏模型使用称为Lie乘积的矩阵指数的乘法近似。宏模型的电路实现是基本单元的级联,每个单元是纯延迟元件和代表传输线损耗的集总电路的组合。与无源有理宏观模型相比,Lie乘积宏模型能够在保持无源性的同时,有效地模拟长距离,低损耗的多导体传输线。该结果与传输线理论相结合,为李积宏模型导出时域误差准则。该标准用于确定宏模型中所需的最小单元数,以确保时域误差的大小小于给定的工程公差。

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