Tag-to-reader harmonic link in passive UHF RFID

G. Andia Vera, Y. Duroc, S. Tedjini
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引用次数: 9

Abstract

This paper presents a new communication concept for the passive UHF RFID technology, by means of the exploitation of harmonics signals generated by passive UHF RFID chips. The presence of information carried on the harmonics is experimentally shown by conducted measurements on three different EPC Class-1 Gen2 RFID chips. Therefore, and in compliance with the standard requirements, these results are used in the optimal design of a new tag that increases the power level of the harmonic response, while operating also at the fundamental frequency. The performance of this solution is illustrated from simulation and measurement. Results show an improvement of 11 dB on the 3rd harmonic response compared to commercial tags, thereby, enabling new applications, concepts and functionalities for the RFID technology. To the knowledge of the authors, no similar study has been presented in the literature.
无源超高频RFID中标签-阅读器谐波链路
本文利用无源超高频RFID芯片产生的谐波信号,提出了一种新的无源超高频RFID通信概念。通过对三种不同的EPC 1类Gen2 RFID芯片进行测量,实验证明了谐波上携带信息的存在。因此,在符合标准要求的情况下,这些结果被用于优化设计一种新的标签,该标签可以提高谐波响应的功率水平,同时也可以在基频下工作。通过仿真和实测验证了该方案的性能。结果表明,与商业标签相比,三次谐波响应提高了11 dB,从而为RFID技术提供了新的应用、概念和功能。据作者所知,文献中没有类似的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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