Coding of Chipless RFID Tag using Multiresonator

None C. Gokila
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Abstract

This research presents the design and simulation of chipless RFID tag based on retransmission. Chipless RFID tag design using inverted L-shaped multi-resonator is proposed in this research. The coding capacity of the tag is 10 bits and the design is simulated using FR4 substrate. Total of 2^(10 ) individual data can be encoded through the proposed design. Occupied frequency range of the design is from 2 GHz to 4 GHz. Chipless RFID tags have its wide applications due to its low cost and compact structure. The printed versions of this tags can be effectively employed in supply chain management for industries.
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基于多谐振器的无芯片RFID标签编码
研究了基于重传的无芯片RFID标签的设计与仿真。本研究提出一种基于倒l型多谐振器的无晶片RFID标签设计。该标签的编码容量为10位,设计采用FR4基板进行仿真。通过所提出的设计,总共可以对2^(10)个数据进行编码。本设计占用的频率范围为2ghz ~ 4ghz。无芯片RFID标签具有成本低、结构紧凑等优点,具有广泛的应用前景。这种标签的印刷版本可以有效地用于工业供应链管理。
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