Modified Sierpinski fractal based microstrip antenna for RFID

Wang Yin-kun, L. Du, Sun Lei, Luo Jian-shu
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引用次数: 5

Abstract

Modified Sierpinski fractal based microstrip antenna is designed for ultrahigh frequency (UHF) radio frequency identification (RFID). Combining the techniques of modified fractal shape and corner cutting, the antenna possesses the properties of miniaturization and broad band. The bandwidth is as twice as that of the rectangle antenna and the size is decreased by 10.1% comparing to the rectangle antenna. Simulation results are validated by comparing with experimental measurements. The impedance bandwidth for S(11)<;-10dB of the fabricated antenna whose size is 71×74×3mm3 is 873-923MHz (5.7%). The modified Sierpinski fractal based microstrip antenna is a charming candidate for RFID reader antenna for its miniaturization and wide band.
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基于改进Sierpinski分形的RFID微带天线
设计了一种改进的Sierpinski分形微带天线,用于超高频射频识别(RFID)。结合改进分形和切角技术,该天线具有小型化和宽频带的特点。带宽是矩形天线的2倍,尺寸比矩形天线减小10.1%。通过与实验结果的比较,验证了仿真结果的正确性。尺寸为71×74×3mm3的预制天线S(11)<;-10dB的阻抗带宽为873-923MHz(5.7%)。改进的Sierpinski分形微带天线以其小型化和宽频带特性成为RFID阅读器天线的理想选择。
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