Simulated results for single layer dual mode antennas for UHF RFID tag using open stubs

D. Worasawate, Sittikit Pechsuwan
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引用次数: 1

Abstract

This paper proposes a single layer structure of a tag antenna for UHF RFID. The antenna can be used in both metallic and non-metallic surfaces. The antenna operates as a microstrip antenna when it is attached to a metallic surface and operates as a dipole antenna when it is attached to a non-metallic surface. The antenna is designed on Teflon substrate with the thickness of 1.52 mm to match NXP UCODE G2XL. The RFID-chip impedance is a resistor of 1385 ohm in parallel with a capacitor of 1.16 pF. This gives the impedance of 16-j147 ohm at 922.5 MHz. The simulated antenna impedance and reading range of the antenna are reported.
超高频射频标签单层双模天线开放存根的仿真结果
提出了一种超高频RFID标签天线的单层结构。该天线可用于金属和非金属表面。该天线在连接到金属表面时作为微带天线工作,在连接到非金属表面时作为偶极子天线工作。天线设计在厚度为1.52 mm的Teflon衬底上,以匹配NXP UCODE G2XL。rfid芯片阻抗是一个1385欧姆的电阻与一个1.16 pF的电容并联,在922.5 MHz时阻抗为16-j147欧姆。给出了模拟天线的阻抗和天线的读数范围。
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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