基于缺陷地面结构的Sierpinski地毯分形天线设计

R. Praveena, T. Babu, S. Poovizhi, A. Nivetha, R. Abinaya, S. Keerthana
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引用次数: 0

摘要

由于商业和军事应用的主要需求,最新的无线通信(WC)技术和不断增加的无线应用需要更宽的带宽、多频带和低轮廓天线。分形天线单元是在上述因素的影响下,向多个方向发起的天线研究项目之一。通常需要一个或双频段来操作每个天线,以满足需要不同天线的各种应用。因此,产生了空间和地点问题。为了解决单天线在大频段工作的问题,采用了多频段天线。为了构建多波段天线,将分形理论应用到天线几何中。利用Microwave Studio Suite构建了Sierpinski地毯贴片天线,并获得了贴片尺寸和馈电位置(CST)等设计特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sierpinski Carpet Fractal Antenna Design with Defected Ground Structure(DGS)
The latest Wireless Communication (WC) technology and increasing wireless application, needs wider bandwidth, multiband, and low-profile antennas due to the major demand in both the commercial and military applications. Fractal shaped antenna elements is one of the initiated antenna research projects in various directions by commencement of above factors. Commonly one or dual frequency bands needs to operate each antenna for the purpose of various applications where different antennas are required. Due to this, space and place problems were created. Multiband antennas are employed to solve the use of single antenna which can function over huge frequency bands. To build a multiband antenna, fractal shape is applied to antenna geometry. Using Microwave Studio Suite, construct a Sierpinski carpet patch antenna and obtain design characteristics such as patch size and feeding position (CST).
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