Fractal: Impact of feeding techniques on the radiation pattern of modified star triangular fractal

Annie Gupta, P. Chawla
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引用次数: 4

Abstract

In this article, the latest development in the field of fractal antenna engineering are theoretically as well as structurally reviewed and its future scope is discussed. Fractal has unique property that it can make copies of itself at different scales. The concept of fractal antenna is very old but designing for broadband application is quite new. A novel modified star triangular fractal (MSTF) is proposed in this paper. The antenna utilized a coaxial feeding technique and simultaneously possesses multiband, almost uniform radiation, and low profile. The purpose of this paper is to provide the simulated data on modified star-triangular fractal monopole antenna using HFSS based on different feeding techniques. Here we are comparing two feeding techniques and their respective effects on radiation pattern. By the use of microstrip feeding there is ultra-wide band application and in coaxial feeding generates multiband applications.
分形:进料技术对改进星三角分形辐射方向图的影响
本文对分形天线工程在理论和结构上的最新进展进行了综述,并对分形天线工程的发展前景进行了展望。分形具有独特的性质,它可以在不同的尺度上复制自己。分形天线的概念很古老,但用于宽带应用的设计却很新颖。提出了一种新的修正星形三角形分形(MSTF)。该天线采用同轴馈电技术,同时具有多波段、几乎均匀辐射、低轮廓等特点。本文的目的是提供基于不同馈电方式的改进星形三角形分形单极天线的HFSS仿真数据。本文比较了两种馈电方式及其对辐射方向图的影响。利用微带馈电可实现超宽带应用,在同轴馈电中可实现多频段应用。
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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