DGS-Based Quad Element Planar Array for WLAN Application with Enhanced Performance

G. Asadullah, Md. Shazzadul Islam, M. R. Islam, Asif Jamil Sahad, Md. Abu Tayab Sakib
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引用次数: 1

Abstract

The proposed assembly comprises of 2 × 2 antenna elements with defected ground structure (DGS) to resonate at 5.8 GHz for WLAN application, where each antenna element excited by inset feeding technique. The proposed MIMO array has achieved - 10 dB bandwidth of 85 MHz with 36.5% reduction in antenna area with similar radiating element. Besides, the proposed design also achieved high radiation efficiency of 95% with a peak directivity of 11.94 dBi. The antenna resonates at the designated frequency with a minimum return loss of - 42dB. The results include parametric study by subtracting more slots from the ground and placed them in horizontal direction. The obtained antenna array can be used for WLAN application with low manufacturing cost.
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基于dgs的四元平面阵列无线局域网应用
所提出的组件包括具有缺陷接地结构(DGS)的2 × 2天线单元,用于WLAN应用在5.8 GHz谐振,其中每个天线单元通过插入馈电技术激发。所提出的MIMO阵列在85 MHz的- 10 dB带宽下,天线面积减少36.5%。此外,该设计还实现了高达95%的辐射效率,峰值指向性为11.94 dBi。天线在指定频率谐振,最小回波损耗为- 42dB。结果包括从地面上减去更多的槽并将其放置在水平方向上的参数化研究。所获得的天线阵列可用于WLAN应用,且制造成本低。
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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