首页> 外文会议>Asia-Pacific Microwave Conference vol.4; 20051204-07; Suzhou(CN) >New expression of Coupling Coefficient between Resonators Based on Overlap Integral of EM Field
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New expression of Coupling Coefficient between Resonators Based on Overlap Integral of EM Field

机译:基于电磁场重叠积分的谐振器耦合系数的新表达

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The coupled mode theory is applied to analyze the coupling between resonators. According to the theory, the coupling coefficient is, in principle, described by adding the overlap integral of the electric field of the two resonators and the magnetic counterpart regardless of the configurations. But, depending on the configurations, such as two dielectric resonators, one dielectric resonator with degenerate modes, two metallic resonators or one metallic resonator with degenerate modes, simpler expressions are obtained that is useful for numerical calculations and physical interpretations. The present paper derives the general coupling equation based on the coupled mode theory and shows some numerical results for two dielectric resonators using a derived simple overlap integral expression.
机译:耦合模式理论被用于分析谐振器之间的耦合。根据该理论,原则上,不管配置如何,通过将两个谐振器的电场和磁性对应物的重叠积分相加来描述耦合系数。但是,根据配置的不同,例如两个介电共振器,一个简并模式的介电共振器,两个金属共振器或一个简并模式的金属共振器,可以获得更简单的表达式,可用于数值计算和物理解释。本文基于耦合模式理论推导了一般的耦合方程,并使用推导的简单重叠积分表达式给出了两个介质谐振器的一些数值结果。

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