A Transmitted Cross-Polarization Converter Based on the Stripline Filter

Xixi Fu, Yutong Zhao, Tao Su, Jianzhong Chen, Bian Wu
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Abstract

In this paper, a transmitted cross-polarization converter based on the stripline filter is proposed. The cross-polarization convert can transmit Y-polarization linear waves to X-polarization linear waves and transmit X-polarization linear waves to Y-polarization linear waves with high frequency selectivity. The high frequency selectivity is realized by the structures of the stripline filters, which are two same 90°transmission lines for the unit cell with second-order filter response and two same half-wavelength transmission lines for the unit cell with third-order filter response. The simulation results show that the unit cell with third-order filter response has a more excellent frequency selectivity than the unit cell with second-order filter response. The electrical field distribution of the incident and transmitted waves can directly show the function of the cross-polarization converter. It is evident that the stripline filter is effective in improving frequency selectivity. The transmitted cross-polarization converter is a potential alternative in some wireless communication systems.
基于带状线滤波器的透射交偏振变换器
本文提出了一种基于带状线滤波器的透射交叉偏振变换器。交叉极化转换可以将y极化线性波传输到x极化线性波,将x极化线性波传输到y极化线性波,具有较高的频率选择性。高频率选择性是通过带状线滤波器的结构实现的,即具有二阶滤波器响应的单元格为两条相同的90°传输线,具有三阶滤波器响应的单元格为两条相同的半波长传输线。仿真结果表明,具有三阶滤波器响应的单元格比具有二阶滤波器响应的单元格具有更好的频率选择性。入射波和透射波的电场分布可以直接反映交极化变换器的功能。可见,带状线滤波器在提高频率选择性方面是有效的。发射交极化变换器在某些无线通信系统中是一种潜在的替代方案。
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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