A gain enhanced low SAR dual-band MIMO antenna integrated with AMC for wearable ISM applications

Lingru Pei, Cheng-zhu Du, Chengxin Shi, HuanChen Peng
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Abstract

A dual-band MIMO antenna is proposed on the basis of artificial magnetic conductors (AMC). The MIMO antenna consists of two water lily shaped printed monopole antennas and an SRR isolation structure, operating at the ISM bands of 2.45GHz and 5.8GHz.A simple, compact double circle-based artificial magnetic conductor (AMC) reflector is introduced to decrease radiation exposure to people as well as increase forward gain. The antenna and the 4x4 AMC array are both printed on flexible substrate Rogers RO3003, thus the antenna system can follow the contours of the human body. According to the simulated results, the proposed antenna exhibits peak gains of 8.03 dBi and 8.43 dBi at 2.45GHz and 5.8GHz respectively. The SAR value of body tissue can be reduced by around 97% while the front-to-back ratio (FBR) is over 24.5dB. Its improved radiation characteristics compared to conventional monopole antennas make it a good candidate for WBAN and ISM applications.
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增益增强低SAR双频MIMO天线集成AMC可穿戴ISM应用
提出了一种基于人工磁导体(AMC)的双频MIMO天线。MIMO天线由两个睡睡花形印刷单极天线和一个SRR隔离结构组成,工作在2.45GHz和5.8GHz的ISM频段。介绍了一种简单、紧凑的双圆人工磁导体反射器,以减少对人体的辐射暴露,提高正向增益。天线和4x4 AMC阵列都打印在罗杰斯RO3003柔性基板上,因此天线系统可以跟随人体的轮廓。仿真结果表明,该天线在2.45GHz和5.8GHz频段的峰值增益分别为8.03 dBi和8.43 dBi。当前后比(FBR)大于24.5dB时,人体组织的SAR值可降低97%左右。与传统的单极天线相比,它具有更好的辐射特性,使其成为WBAN和ISM应用的良好候选者。
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