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Multi-system, multi-band RFID antenna: bridging the gap between HF- and UHF-based RFID applications

机译：多系统，多频段RFID天线：桥接基于HF和UHF的RFID应用之间的差距

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In this paper a multi-system, multi-band antenna structure for RFID applications is presented. The antenna covers two UHF bands allocated for RFID use in Europe (866-868MHz) and N. America (902-928MHz) with a dual-band PIFA element as well as HF 13.56MHz band with a near-field coil. Both systems in the antenna are shown to perform well on free space and on metal, allowing a wide use of the same tag antenna on different environments and systems.

机译：本文提出了一种多系统，用于RFID应用的多频带天线结构。天线覆盖两个UHF频段，分配用于欧洲（866-868MHz）和N.美国（902-928MHz）的RFID使用，带有双频PIFA元素以及带有近场线圈的HF 13.56MHz带。天线中的两个系统都被示出在可用空间和金属上执行良好，允许在不同的环境和系统上广泛使用相同的标签天线。

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《European Microwave Conference》|2008年||共4页
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Hirvonen Mervi; Pesonen Nadine; Vermesan O.; Rusu C.; Enoksson P.;
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1. Compact multi-band printed antenna with multi-triangular ground plane for WLAN/WiMAX/RFID applications [J] . Tang Yang, Gao Wen, Gao Jinsong, International Journal of Microwave and Wireless Technologies . 2016,第2期

机译：紧凑的多频带印刷天线，带有多三角形接地平面，适用于WLAN / WiMAX / RFID应用
2. Innovating RFID for Future Applications: A Capacitive Coupled Antenna Design for UHF RFID Application [J] . Soboll Patrick, Wienstroer Volker, Kronberger Rainer Microwave Magazine, IEEE . 2016,第2期

机译：创新RFID技术以应对未来应用：UHF RFID应用的电容耦合天线设计
3. Antennas and Propagation of Implanted RFIDs for Pervasive Healthcare Applications [J] . Sani A., Rajab M., Foster R., Proceedings of the IEEE . 2010,第9期

机译：天线和植入式RFID在无处不在的医疗应用中的传播
4. Multi-system, multi-band RFID antenna: bridging the gap between HF- and UHF-based RFID applications [C] . Hirvonen Mervi, Pesonen Nadine, Vermesan O., European Microwave Conference . 2008

机译：多系统，多频段RFID天线：桥接基于HF和UHF的RFID应用之间的差距
5. Development of optimal decision model for multi-system process capability improvements through a personnel environment and integration (PEI) framework utilizing radio frequency identification (RFID) technology. [D] . Cavitt, Maurice Dwayne 2013

机译：通过使用射频识别（RFID）技术的人员环境和集成（PEI）框架，开发用于提高多系统过程能力的最佳决策模型。
6. Miniaturized Multi-Port Microstrip Patch Antenna Using Metamaterial for Passive UHF RFID-Tag Sensor Applications [O] . Jamal Zaid, Abdulhadi E. Abdulhadi, Tayeb A. Denidni 2019

机译：使用超材料的无源UHF RFID标签传感器应用的小型化多端口微带贴片天线
7. Analysis and solutions for RFID tag and RFID reader deployment in wireless communications applications. Simulation and measurement of linear and circular polarised RFID tag and reader antennas and analysing the tags radiation efficiency when operated close to the human body. [O] . Al Khambashi Majid Salim 2012

机译：无线通信应用中的RFID标签和RFID阅读器部署的分析和解决方案。线性和圆极化RFID标签和阅读器天线的仿真和测量，并在靠近人体操作时分析标签的辐射效率。
8. Adaptive Field Detection Method for Bridge Scour Monitoring Using Motion-Sensing Radio Transponders (RFIDs). [R] . Papanicolaou, A. N., Moustakidis, I. V., Tsakiris, A. G., 2014

机译：基于运动感应无线电转发器（RFID）的桥梁冲刷监测自适应现场检测方法。

Multi-system, multi-band RFID antenna: bridging the gap between HF- and UHF-based RFID applications

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