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Enhanced fullwave approach for accurate parameter computation of multilayer microwave couplers including anisotropic substrates

机译:增强的全波沃特方法,用于准确参数计算多层微波耦合器,包括各向异性基板

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In this paper, a hybrid-mode method is presented for an efficient propagation parameter computation of a large variety of shielded coupled planar circuits. Conductor strips are assumed to be embedded in a multilayered isotropic and/or anisotropic medium. The proposed technique is based on extension of the spectral domain approach and provides accurate expressions for computing the dyadic Green's functions. Furthermore, the effect of anisotropy is investigated. Some particular multilayered structures are analyzed, which could be applied to the design of directional couplers and filters‥ Numerical results are discussed and compared with the published data.
机译:在本文中,呈现了一种用于大量屏蔽耦合平面电路的有效传播参数计算的混合模式方法。假设导体条嵌入多层各向同性和/或各向异性培养基中。所提出的技术基于频谱域方法的扩展,提供了用于计算二元绿色功能的准确表达。此外,研究了各向异性的影响。分析了一些特定的多层结构,可以应用于定向耦合器的设计,并且滤波‥讨论数值结果并与已发布的数据进行比较。

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