双六角形环路FSS互连增强带宽

Nur Biha Mohamed Nafis, M. Rahim, M. Himdi
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引用次数: 1

摘要

本文提出了一种由Koch分形与基本双六边形环FSS结合而成的镶嵌频率选择曲面。通过这种集成,第一带阻和带通频率响应内的带宽(BW)实现了宽带频率响应(分数带宽(FBW) >50%),而第二带阻频率响应的BW得到了改善(FBW $\sim $ 20\%)。使用CST软件进行模拟过程,并使用FR4衬底作为所有提出的单元电池的介电衬底。由于MFSS的走线宽度较窄,该结构元件可以进一步用于具有宽带滤波特性的光学透明应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bandwidth Enhancement by Interconnecting Double Hexagonal Loops FSS
The paper proposed a mosaic frequency selective surface (MFSS) which comprises of the integration between Koch fractal and a basic double hexagonal loop FSS. Through this integration, the bandwidth (BW) within the first bandstop and bandpass frequency responses achieved a wideband frequency response (fractional bandwidth (FBW) >50%), while the BW of the second bandstop frequency response improved (FBW $\sim 20\%$). The simulation process is conducted by using the CST software, and the FR4 substrate is used as the dielectric substrate for all of the proposed unit cells. With narrow trace width of the MFSS, the structural element can be further applied for optical transparency application with wideband filtering characteristics.
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