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A Low Mutual Coupling MIMO Antenna Using Periodic Multi-Layered Electromagnetic Band Gap Structures

机译:使用周期性多层电磁带隙结构的低互耦合MIMO天线

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摘要

A multi-layered electromagnetic band gap (EBG) structure is proposed and incorporated into a MIMO antenna to reduce unexpected mutual coupling between antenna elements. The proposed multi-layered EBG (ML-EBG) structure is comprised of an improved EBG and three loading patches with a same distance. The proposed ML-EBG structure is designed at 2.55 GHz and it is utilized in a MIMO antenna array with an edge-to-edge distance of 0.13. to reduce the mutual couplings. The simulated and measured results have been put forward to prove that the mutual coupling has been reduced by 30 dB between the antenna elements compared to the MIMO antenna without the ML-EBG structure.
机译:提出了一种多层电磁带隙(EBG)结构,并将其合并到MIMO天线中,以减少天线元件之间的意外相互耦合。拟议的多层EBG(ML-EBG)结构由改进的EBG和三个相同距离的加载贴片组成。所提出的ML-EBG结构设计为2.55 GHz,并用于边到边距离为0.13的MIMO天线阵列中。减少相互耦合。提出了仿真和测量结果,以证明与没有ML-EBG结构的MIMO天线相比,天线元件之间的相互耦合降低了30 dB。

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