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Performance Comparison of Rectangular and Circular Patch Microstrip Yagi Antenna

机译:矩形和圆形贴片微带yagi天线的性能比较

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In navigational, radar, satellite etc, requires less weight, low profile, and high gain antennas. These are possible at microwave frequency range and can be named as microstrip antennas. In this paper, the microstrip antennas are designed in C-Band (at 4.3GHz) in rectangular and circular patch arrays with parasitic elements placed in H-plane coupling. Here the MATLAB code is developed and observed the response interms of radiation pattern, half power points and directivity. This work extended by varying substrate height, relative permittivity, gap between element to element and frequency etc. Further these parameters are simulated in ANSOFT-HFSS~(TM) V9.0 simulator and compared.
机译:在导航,雷达,卫星等,需要更少的重量,低调和高增益天线。这些在微波频率范围内是可能的,并且可以命名为微带天线。在本文中,微带天线在矩形和圆形贴片阵列中设计成C波段(处于4.3GHz),寄生元件放置在H平面耦合中。这里开发了MATLAB代码,并观察到辐射图案,半功率点和方向性的响应域。这项工作通过不同的基板高度,相对介电常数,元件之间的相对介电常数,元件和频率等的差距延伸。此进一步的这些参数在ANSOFT-HFSS〜(TM)V9.0模拟器中进行了模拟。

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