Dual band compact antenna with series of hexagonal cut and coupling structure for isolation enhancement

Sanjay Chouhan, Manish Gupta, D. K. Panda
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引用次数: 6

Abstract

The paper presented a design of 2X1 antenna for dual band WLAN application with coupling element to improve the mutual coupling. Coupling structure is located between two patch antennas. The designed structure is consisting of a series of hexagonal cut to shrink the size of the patch antenna. A proposed coupling structure is used to improve the value isolation between two closely placed antenna elements. The 2×1 MIMO antennas for the frequency band 2.4 GHz and 5.2 GHz is presented and simulated with coupling and without coupling element. The proposed design uses a FR-4 material with the height 1.524 mm. The size of the single patch antenna is 16 X16 mm. Simulation result presented the improvement in isolation from without coupling elements to with coupling element. 15dB and 2 dB isolation improvement found with coupling element for frequency band 2.4 GHz and 5.2 GHz correspondingly.
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双频紧凑型天线,采用一系列六角形切割和耦合结构,以增强隔离
提出了一种采用耦合元件的双频无线局域网2X1天线的设计方案,以提高天线的互耦性。耦合结构位于两个贴片天线之间。所设计的结构是由一系列六角形的切口组成,以缩小贴片天线的尺寸。提出了一种耦合结构,以提高两个紧密放置的天线单元之间的值隔离。提出了2.4 GHz和5.2 GHz频段的2×1 MIMO天线,并对其进行了耦合和无耦合元件的仿真。本设计采用FR-4材质,高度1.524 mm。单个贴片天线尺寸为16x16mm。仿真结果表明,从无耦合元件到有耦合元件,隔振性能有所提高。耦合元件在2.4 GHz和5.2 GHz频段的隔离度分别提高了15dB和2db。
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