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ADEQUATE CHOICE OF TRIAL FUNCTIONS USED IN INTEGRAL METHOD FOR MODELING ASYMMETRIC COUPLED MIROSTRIP STRUCTURES

机译:ADEQUATE CHOICE OF TRIAL FUNCTIONS USED IN INTEGRAL METHOD FOR MODELING ASYMMETRIC COUPLED MIROSTRIP STRUCTURES

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The purpose of this paper is the establishment of the adequate choice of trial functions used in the transverse resonance method for modeling asymmetric coupled microstrip structures for C- and π-mode in full-wave domain. So, two kinds of the set of cosine trial functions are used (one takes into account the edge metallic effects and other does not take any) in order to study convergence behavior of dispersion parameters with respect to the required precision. The electromagnetism operator formalism is applied to efficiently study the dispersion effect of coupled microstrip structures. Comparisons with published data are presented in order to confirm the best choice of the set of trial functions used in this method.
机译:The purpose of this paper is the establishment of the adequate choice of trial functions used in the transverse resonance method for modeling asymmetric coupled microstrip structures for C- and π-mode in full-wave domain.因此,使用两种余弦试验功能(一个考虑到边缘金属效果,其他不采用任何),以便研究分散参数相对于所需精度的分散参数的收敛行为。应用电磁操作员形式主义,以有效地研究耦合微带结构的分散效果。呈现了与已发布数据的比较,以确认此方法中使用的一组试用功能的最佳选择。

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