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Realization of a compact microstrip antenna: An optimization approach

机译:紧凑型微带天线的实现:一种优化方法

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A new compact square microstrip patch antenna is proposed using the optimization approach, namely, the genetic algorithm (GA). The antenna is designed at three different frequencies, 785 MHz., 1.57 GHz, and 2.46 GHz, for mobile communication, GPS, and Bluetooth applications, respectively. The simulations are carried out using IE3D from Zeland Software, which is based on the method of moments (MoM). The antenna consists of a probe-fed truncated-corner square patch with four inserted slits along the four diagonals and four angular grooves along the four edges of the patch. The proposed design has a reduced antenna size, as compared to the conventional microstrip antenna at a given operating frequency. The return loss, impedance, and axial-ratio bandwidth are determined and compared with the conventional square-patch antenna. (C) 2006 Wiley Periodicals, Inc.
机译:提出了一种采用优化算法的新型紧凑型方形微带贴片天线,即遗传算法。该天线的设计频率分别为785 MHz,1.57 GHz和2.46 GHz,分别用于移动通信,GPS和蓝牙应用。使用Zeland Software的IE3D(基于矩量法(MoM))进行仿真。天线由一个探针馈入的角角方形贴片组成,该贴片在四个对角线上有四个插入的缝隙,在贴片的四个边缘上有四个角槽。与给定工作频率下的常规微带天线相比,所提出的设计具有减小的天线尺寸。确定回波损耗,阻抗和轴向比带宽,并将其与传统的方形贴片天线进行比较。 (C)2006年Wiley Periodicals,Inc.

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