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The transverse resonance technique for analysis of O-shaped slot resonators with mutual coupling in microstrip line earthing layer

机译:横向谐振技术用于分析微带线接地层中具有互耦合的O形缝隙谐振器

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摘要

The scattering matrix calculation algorithm of three mutually coupled O-shaped slot resonators in microstrip line earthing layer was composed using transverse resonance technique. In the modified algorithm the “electrical” and “magnetic” boundary problems are solved for the structure as a whole while taking into account the longitudinal harmonics of current density in microstrip line and high-order modes of the O-shaped waveguide which describes the field in the slot resonator''s aperture. It admits the high-precision calculation of the structure''s scattering matrix elements with mutual influence of the slot resonators taken into account.
机译:利用横向共振技术,建立了微带线接地层中三个相互耦合的O形缝隙谐振器的散射矩阵计算算法。在改进的算法中,解决了整个结构的“电”和“磁”边界问题,同时考虑了微带线中电流密度的纵向谐波和描述场的O型波导的高阶模在缝隙谐振器的孔中。考虑到缝隙谐振器的相互影响,它允许对结构的散射矩阵元素进行高精度计算。

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