Analysis of planar microwave and millimeter-wave circuits with anisotropic layers based on generalized transmission line equations and on the method of lines

R. Pregla
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引用次数: 21

Abstract

A novel algorithm based on generalized transmission line equations (GTL) and on the method of lines (MoL) for the analysis of planar waveguide circuits with anisotropic layers is proposed and substantiated. The algorithm uses discretization lines in the propagation direction of the waves. As in the case of multiconductor transmission lines two modal matrices are determined. Impedance/admittance transformation equations are determined on the basis of the GTL equations. Using these equations numerically stable and accurate impedance transformations and field calculations can be performed.
基于广义传输线方程和线法的各向异性平面微波和毫米波电路分析
提出并验证了一种基于广义传输线方程(GTL)和线法(MoL)的分析各向异性平面波导电路的新算法。该算法在波的传播方向上采用离散化线。在多导体传输线的情况下,确定了两个模态矩阵。在GTL方程的基础上确定了阻抗/导纳变换方程。利用这些方程可以进行稳定而精确的阻抗变换和场计算。
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