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引用次数: 9
摘要
本文设计了一种带寄生元件的圆极化E形微带单层贴片天线,用于超高频RFID牲畜监测系统的读取器。该天线的设计工作频率为919兆赫至923兆赫,分配给马来西亚的超高频RFID系统。采用基于有限积分技术(FIT)的CST Studio Suite 2013对天线进行仿真分析。为了保证设计的良好性能,采用准牛顿法对天线参数进行了优化。结果表明,该天线能够在919 ~ 923 MHz频带范围内工作,最佳频率为918 MHz。此外,还讨论了天线的辐射方向图、带宽、增益、回波损耗和电压驻波比等参数的影响。该天线具有重量轻、外形低、结构简单、制作方便等特点。
Design and development of UHF RFID reader antenna for livestock monitoring
This paper presents a circularly polarized E shaped microstrip single layer patch antenna with parasitic element for the reader of the UHF RFID livestock monitoring system. The antenna is designed to operate at a frequency of 919 MHz to 923 MHz allocated for UHF RFID systems in Malaysia. The antenna simulation is analyzed using CST Studio Suite 2013 based on Finite Integral Techniques (FIT). In order to ensure the design is in good performance, all of the antenna parameters are optimized using Quasi Newton Method. The result show that this antenna is able to operate from 919 MHz to 923 MHz frequency bandwidth with optimum frequency at 918 MHz. Furthermore the result of antenna parameter such as radiation pattern, bandwidth, gain, return loss and voltage standing wave ratio are also discussed. The proposed antenna is lightweight, low profile, simple structure and easy fabrication.