Uji DESAIN DAN SIMULASI ANTENA MIKROSTRIP PATCH PERSEGI DENGAN METODE PENGUMPANAN INSET-FED UNTUK APLIKASI S-BAND

Trisna Fajar Prasetyo, Ade Onny Siagian
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Abstract

This research is to find out that the microstrip antenna is one of the most widely applied antennas for various radio applications because of its low profile and high performance. This paper discusses design and simulation of the rectangular patch microstrip antenna (RPMA) for S-band radio by using inset feeding. Initially, theoretical calculation was performed, followed by performance evaluation by using AWR simulator. Inset deep iterations were conducted through repeated simulation adjustment to obtain optimal design. Based on the concluded simulation adjustment, the minimum achieved VSWR is 1.056 to get bandwidth of 104.5 MHz (3.1636 3.2681 GHz). The minimum return loss that can be achieved is -31.33 dB with gain of 5.777 dB.  
设计测试和天线模拟微带广场天线与为s波段应用的美联储为为s波段安装的方法
本研究发现微带天线以其外形小巧、性能优越的特点,是目前在各种无线电应用中应用最为广泛的天线之一。本文讨论了s波段无线电用插入馈电矩形贴片微带天线的设计与仿真。首先进行了理论计算,然后利用AWR模拟器进行了性能评估。通过反复仿真调整,进行嵌入深度迭代,获得最优设计。根据所得的仿真调整结果,实现的最小驻波比为1.056,带宽为104.5 MHz (3.1636 3.2681 GHz)。最小回波损耗为-31.33 dB,增益为5.777 dB。
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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