Low-Cost Dual-Polarized Crossed Slot Array

Ying Chen, R. Vaughan
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Abstract

This paper extends our previous design of dual-polarized crossed slot element to an array configuration. The radiating elements are crossed slots on the ground plane with simple symmetric stripline feed on both sides. A reflector is placed at the back of the array to enhance the forward radiation. A design of a $2\times 2$ planar crossed slot array is presented. Simulation demonstrates a gain of around 15 dBi and −10 dB impedance bandwidth of about 16%. The isolation between two ports is less than −34 dB across the band. The results indicate our existing cross slot design can be extended to array configurations for higher gains while maintaining its good isolation and bandwidth.
低成本双极化交叉槽阵列
本文将双极化交叉槽元的设计扩展到阵列结构。辐射元件是在接平面上的交叉槽,两侧有简单对称的带状线馈电。在阵列的后面放置一个反射器以增强正向辐射。提出了一种$2 × 2$平面交叉槽阵的设计方法。仿真表明,增益约为15 dBi, - 10 dB阻抗带宽约为16%。两个端口间的频带隔离度小于−34 dB。结果表明,我们现有的交叉槽设计可以扩展到阵列配置,以获得更高的增益,同时保持良好的隔离和带宽。
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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