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Design and simulation of RFID tag with artificial magnetic conductor at 0.92 GHz for green projects

机译:绿色项目中具有0.92 GHz人造磁导体的RFID标签的设计和仿真

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Radio Frequency Identification (RFID) tag and sensor combination has become increasingly popular in green projects. Artificial Magnetic Conductor (AMC) is commonly used to enhance the performance of an antenna. In this paper, a new dipole AMC is proposed for 0.92 GHz Radio Frequency Identification tag application. The new square AMC structure optimized with multiple slots produced a bandwidth of 2.31 % using FR4 substrate. The combination of dipole antenna with AMC 2×1 array has further enhanced the performance of the antenna with return loss = -23.01 dB, directivity = 6.01 dBi and gain = 4.53 dB.
机译:射频识别(RFID)标签和传感器的组合在绿色项目中变得越来越流行。人造电磁导体(AMC)通常用于增强天线的性能。本文针对0.92 GHz射频识别标签应用提出了一种新型偶极AMC。使用FR4基板优化的具有多个插槽的新型方形AMC结构产生了2.31%的带宽。偶极天线与AMC 2×1阵列的组合进一步增强了天线的性能,回波损耗= -23.01 dB,方向性= 6.01 dBi,增益= 4.53 dB。

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