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Development of a novel radio frequency identification chipless tag with multifrequency response

机译:具有多频响应的新型射频识别无芯片标签的研制

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摘要

This article presents an innovative contribution, which is the design of a novel radio frequency identification chipless tag characterized by a reduced size and a multifrequency response. It consists of a microstrip grounded structure based on a circular patch coupled with meandered metal strip. The adopted approach is an encoding frequency approach that ensures a capacity of 20 data bits in the ultra wideband. The main aim of this contribution is to introduce a novel configuration resulting from the study of the classic principles of the chipless tag design. It focuses on the design of an encoding surface associated with the same shape having the role of the transmitter/receiver antenna in order to mainly gain time to work on another tag component. The tag is analyzed, optimized, and measured to validate its feasibility and to prove the possibility of its commercial application.
机译:本文提出了一项创新性的贡献,这是一种新颖的射频识别无芯片标签的设计,该标签具有减小的尺寸和多频响应的特点。它由微带接地结构组成,该微带接地结构基于与弯曲金属条耦合的圆形贴片。所采用的方法是一种编码频率方法,可确保超宽带中20个数据位的容量。这项贡献的主要目的是介绍一种通过研究无芯片标签设计的经典原理而得出的新颖配置。其重点在于与具有发射器/接收器天线作用的相同形状相关联的编码表面的设计,以便主要获得在另一个标签组件上工作的时间。对标签进行分析,优化和测量,以验证其可行性并证明其商业应用的可能性。

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