Design of high gain antennas using patch and ground deformations for satellite applications

V. Roy, T. Mary Neebha, B. Abshiek, G. Sivaganesh, M. M. Praveen, A. Diana Andrushia
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引用次数: 1

Abstract

In this work, high gain rectangular slotted array antenna with compact size is proposed. This radiator has nearly broad pattern of radiation and high gain, thus suitable for satellite applications. Multiband of operation is achieved by adding rectangular slots in the array structure. Meanwhile, more slots in the radiator improves the radiation effectively. Consequently, the side lobes formed due to the array structure can be eliminated by using the slots in the unit cell structure. Different slot shapes are also analyzed for effective gain improvement. The antenna operates between 17 and 19GHz and a superstrate is added to improve the gain up to 17dB.
利用贴片和地面变形为卫星应用设计高增益天线
本文提出了一种尺寸紧凑的高增益矩形开槽阵列天线。该辐射器具有近宽的辐射方向图和高增益,因此适合卫星应用。通过在阵列结构中增加矩形槽来实现多频带操作。同时,散热器插槽的增加有效地改善了散热器的辐射。因此,由于阵列结构形成的侧瓣可以通过使用单元格结构中的槽来消除。为了有效提高增益,还对不同的槽形进行了分析。天线工作在17和19GHz之间,并增加了一个上层以提高增益,最高可达17dB。
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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