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Towards UHF RFID robust design tag

机译:向UHF RFID强大的设计标签

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摘要

The paper presents a robust UHF tag for RFID application. The antenna design for the UHF tag is obtained from an automated antenna design tool developed to obtain original topologies in order to satisfy real environment RFID constraints. The approach is completely automatic and requires very little human interactions during the design process. The obtained prototype was measured and compared with the NXP FF95-8 inlay. The inlays were tagged in many disruptive elements to evaluate their sensitivity to the real RFID environment. The proposed inlay shows read range stability wherever used in free space or tagged on an object. It has a small size of 0.28???? by 0.02???? in the UHF frequency band. Regardless of the environment, the read range is relatively constant (variations from 5 m to 8 m are observed) on the whole worldwide RFID frequency bands [860-960 MHz].
机译:本文为RFID应用提供了一种强大的UHF标签。 UHF标签的天线设计是从开发的自动天线设计工具获得以获得原始拓扑的自动天线设计工具,以满足真实环境RFID约束。 该方法是完全自动的,在设计过程中需要很少的人类交互。 测量所获得的原型并与NXP FF95-8镶嵌进行比较。 嵌体被标记为许多破坏性元素,以评估它们对真实RFID环境的敏感性。 所提出的镶嵌显示读取范围稳定性,无论在空闲空间中使用或标记在对象上。 它的大小为0.28 ???? 0.02 ???? 在UHF频段。 无论环境如何,读取范围都相对恒定(在整个全球RFID频带上观察到5米到8米的变化)[860-960 MHz]。

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