Analysis and design of a waveguide slot and a reflection-canceling inductive wall

S. Park, J. Hirokawa, M. Ando
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引用次数: 9

Abstract

A reflection canceling element composed of a slot with inductive wall in the waveguide is proposed and analyzed. The frequency characteristics are calculated by the method of moments. Only the axial component of electric current along the waveguide height is assumed on the wall. The initial reflection of about -15 dB for isolated longitudinal slot is suppressed below -20 dB over 100 MHz by installing an inductive wall. The use of an inductive wall instead of post contributes to the simple fabrication of the reflection canceling element in single layer slotted waveguide arrays.
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波导槽和反射抵消感应壁的分析与设计
提出并分析了一种由波导中带感应壁的狭缝组成的反射抵消元件。采用矩量法计算其频率特性。只假设沿波导高度的电流轴向分量在壁上。在100 MHz范围内,通过安装感应壁将隔离纵槽的初始反射抑制在-20 dB以下。采用感应壁代替柱,使得单层波导波导阵列反射抵消元件的制作更加简单。
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