C-Band Horn Antenna Fed by Rectangular Microstrip Patch

B. Mahatmanto, Dedi Irawadi, A. Pascawati, C. Apriono
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Abstract

This research proposes a new horn antenna design fed by a microstrip antenna working at the C-band frequency. It combines flared horn and a multilayer microstrip patch antenna as a microstrip feed flare horn antenna. The microstrip antenna consists of a rectangular patch fed using the proximity coupling technique. The proposed antenna has half-power beam widths at a frequency of 4.148 GHz on the E-plane and H-plane of 28.7° and 26.7°, respectively. The frequency bandwidth and gain are 3.93–4.27 GHz and 15 dB. The comparison antenna, the copper wire feed horn antenna, is also simulated in this study with a gain of 12.9 dB. The simulation results of the microstrip feed flare horn antenna combined with a parabolic reflector with a diameter of 2.4 meters produce a total gain of 34.5 dB. The proposed antenna design can be an alternative to antenna feed on the ground station antenna system.
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矩形微带贴片馈电的c波段喇叭天线
本研究提出了一种新的c波段微带天线馈电喇叭天线设计方案。它结合了喇叭口和多层微带贴片天线作为微带馈电喇叭口天线。微带天线由矩形贴片馈电组成,采用近距离耦合技术。该天线在e平面和h平面的半功率波束宽度分别为28.7°和26.7°,频率为4.148 GHz。频率带宽为3.93 ~ 4.27 GHz,增益为15 dB。本文还对铜线馈电喇叭天线进行了仿真,其增益为12.9 dB。仿真结果表明,微带馈电喇叭形天线与直径为2.4 m的抛物面反射器相结合,总增益为34.5 dB。所提出的天线设计可以替代地面站天线系统上的天线馈电。
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