Extension of the TLM method to the electromagnetic wide band analysis of anisotropic ferrite-based structures

Arij Farhat, P. Quéffélec, M. Ney
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Abstract

The TLM (Transmission Line Matrix) method, in time domain, is extended to account for the presence of dispersive and anisotropic media in electromagnetic structures or devices. The model is thoroughly constructed by using Maxwell's equations that make it a unified general TLM formulation. The theoretical derivation was revisited, starting with Maxwell's equations, without invoking circuit analogy. The procedure is general and can be applied to derive the algorithm for new extended TLM nodes. The case of anisotropic ferrite-based structures is studied.
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将TLM方法推广到各向异性铁氧体基结构的电磁宽带分析
TLM(传输线矩阵)方法在时域上得到了扩展,以考虑电磁结构或器件中色散和各向异性介质的存在。该模型完全由麦克斯韦方程组构造,使其成为统一的一般TLM公式。从麦克斯韦方程组开始,我们重新审视了理论推导,没有使用电路类比。该方法具有通用性,可用于导出新的扩展TLM节点的算法。研究了各向异性铁氧体基结构。
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