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Influence of UHF tags in the different material surface to RFID system

机译:不同材料表面的UHF标签对RFID系统的影响

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摘要

RFID tags utilized on UHF band usually are passive tags, which could only work at high power density area, so analyzing distribution of radiation field and characteristics of transmission model is useful for designing a system when acquiring information. The identifying distance of UHF tags can reach 10 meters in the air environment, but the tags need to be affixed in the surface of different materials when it works, thus make identifying distance of RFID become shorter due to the effect to parameters such as dielectric constant, radiation efficiency, radiation impedance caused by the diversity of material properties. Based on application, the radiation field is analyzed by CST Microwave Studio when RFID tags are on the surface of different medium. Several material plates are applied with numerical simulation.
机译:UHF频段上使用的RFID标签通常是无源标签,只能在高功率密度区域工作,因此分析辐射场的分布和传输模型的特性对于设计在获取信息时的系统很有用。 UHF标签在空气环境中的识别距离可以达到10米,但是在工作时需要将标签粘贴在不同材料的表面,因此,由于介电常数等参数的影响,使得RFID的识别距离变短。 ,辐射效率,辐射阻抗所引起的材料特性的多样性。根据应用,RFID标签位于不同介质表面时,CST Microwave Studio会分析辐射场。数值模拟应用了几种材料板。

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