Inset-fed U-slotted patch antenna array for 10GHz radio-over-fiber applications

P. Daud, D. Mahmudin, A. A. Fathnan, I. Syamsu, T. T. Estu, Y. N. Wijayanto
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引用次数: 9

Abstract

The increasing need for telecommunications, optical telecommunications networks in developed as well developing the functionality of radio waves with light waves in a Radio over Fiber network. On the network needed an antenna to support the process of receivers pick up radio waves then modulated with light waves. Antennas on Radio over Fiber can work at a frequency of 10 GHz WPAN communications. Wireless frequencies captured by the antenna can then be directly modulated and distributed through an optical fiber in accordance with needs. Antenna characteristic which must be met including small size, have a good level of matching, only consume little electric current, and has a unidirectional radiation pattern. In this paper, using an electromagnetic simulator, designed and simulated arrayinset fed rectangular microstrip antenna with U-slot for Radio over Fiber applications in WPAN communications that can be used optimally at a frequency of 10 GHz. The simulation results with optimum performance further implemented and observed at a frequency of 10 GHz performance. Results from the design and realization are patch arrayrectangular microstrip antenna with U-slot working at a frequency of 10 GHz with unidirectional radiation pattern; ≥ 3dBi gain; input impedance = 50Ω; and VSWR ≤ 1.5.
插入式馈电u槽贴片天线阵列,用于10GHz光纤无线电应用
随着通信需求的增加,光通信网络的发展以及无线电波与光波在光纤无线网络中的功能的发展。在网络上需要一个天线来支持接收器接收无线电波的过程,然后用光波调制。光纤无线电上的天线可以在10ghz的WPAN通信频率下工作。然后,天线捕获的无线频率可以根据需要通过光纤直接调制和分发。天线必须满足尺寸小、匹配程度好、电流消耗小、单向辐射方向图等特点。本文利用电磁模拟器,设计并仿真了用于WPAN光纤无线通信的u型槽阵列馈电矩形微带天线,该天线的最佳使用频率为10ghz。在10ghz频率下进一步实现并观察了性能最优的仿真结果。设计和实现的结果是:工作频率为10ghz,具有单向辐射方向图的u型槽贴片阵列矩形微带天线;增益≥3dBi;输入阻抗= 50Ω;驻波比≤1.5。
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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