Design of A Ku-band orthomode transducer

Si-min Li, Jiawei Han, W. Cao
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引用次数: 2

Abstract

An orthomode transducer (OMT) working in Ku band is presented in this paper. Its vertical polarization and horizontal polarization ports both use standard waveguide dimensions. The size of the branch end waveguide interface (straight or coupling) is $a_{11}=15.799mm, b_{11}=7.898mm$ (BJ140), and the common waveguide uses a circular waveguide with a radius of $R_{1}=8mm$. In order to simplify the structure and avoid the use of power combining structure at the coupling port, the physical three-port design of a single branch waveguide is adopted, and the multi-section conversion of the straight-through port and the coupling port screw tuning are adopted. Its VSWR is less than 1.4 while working in the Ku-band (12-15.7GHz). Besides, its fractional bandwidth reached 26.7% and achieving a broadband effect. Its VSWR is less than 1.4 while working in the Ku-band (12-15.7GHz). Besides, its fractional bandwidth reached 26.7% and achieved a broadband effect.
一种ku波段正交换能器的设计
介绍了一种工作在Ku波段的正交换能器(OMT)。它的垂直极化和水平极化端口都使用标准波导尺寸。分支端波导接口尺寸(直波导或耦合波导)为$R_{11}=15.799mm, $R_{11}=7.898mm$ (BJ140),普通波导采用半径为$R_{1}=8mm$的圆波导。为了简化结构,避免在耦合端口处使用功率组合结构,采用单支路波导的物理三端口设计,并采用直通端口的多段转换和耦合端口的螺旋调谐。在ku波段(12-15.7GHz)工作时,其驻波比小于1.4。分数带宽达到26.7%,实现了宽带效应。在ku波段(12-15.7GHz)工作时,其驻波比小于1.4。分数带宽达到26.7%,达到宽带效应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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