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Design of band pass filter by coupling matrix and conformal mapping algorithm

机译:耦合矩阵与共形映射算法设计带通滤波器

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We design band pass filter using general coupling matrix synthesis methods with Chebyshev filtering function. The band pass filters with low return loss and efficient high performance can be synthesized in the form of coupling resonators. The transfer polynomials with canonical network can create the coupling which determine the performance of a microwave filter. On the other hand, the coupling coefficients in the matrix, between the resonators are strongly faction of the geometry of resonators that were modeled of distributed elements. In this paper, the inter-resonator coupling will be modeled using conformal mapping algorithm and the coupling matrix synthesis procedure will be discussed. (C) 2002 Elsevier Science B.V. All rights reserved. [References: 6]
机译:我们使用具有Chebyshev滤波功能的通用耦合矩阵合成方法设计带通滤波器。具有低回波损耗和高效高性能的带通滤波器可以以耦合谐振器的形式合成。具有规范网络的传递多项式可以创建耦合,从而确定微波滤波器的性能。另一方面,谐振器之间矩阵中的耦合系数是谐振器几何形状的重要组成部分,该谐振器的几何形状是由分布式元素建模的。在本文中,将使用共形映射算法对谐振器间的耦合进行建模,并讨论耦合矩阵的合成过程。 (C)2002 Elsevier Science B.V.保留所有权利。 [参考:6]

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