一种由亚波长相位元件组合而成的宽带反射阵

A. Pattanayak, G. Rana, S. Duttagupta, P. Gandhi
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引用次数: 2

摘要

本文提出了一种紧凑的反射天线,由不同类型的元件组成。本文研究了在两个方向上小于0.5λ的单元胞的周期性。单元格的非谐振特性解决了这种天线固有的窄带问题。单元电池设计的主要目标是获得适合亚波长网格尺寸的相位元件,并获得全范围的360度反射相角。该阵列是在低损耗聚四氟乙烯衬底上制作的,厚度为0.053 λ,频率为5 GHz,并由偏移馈电喇叭天线照射。辐射方向图结果表明,在5 GHz时,两个主平面的远场波束宽度分别为7.5度和7.3度,远场波束的增益为24 dB。
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A broadband reflectarray with combination of subwavelength phasing elements
A compact reflectarray antenna is presented here, consisting of different element types. Periodicity of the proposed unit cell smaller than 0.5λ in both directions is studied here. Non-resonant behavior of unit cells leads to solve the problem of inherently narrow bandwidth of such antenna. Main aim of unit cell design is focused to get phasing elements fitted in subwavelength grid size as well as to get full range of 360 degree reflection phase angle. The proposed array is fabricated on a low loss PTFE substrate of thickness 0.053 λ at 5 GHz and illuminated by an offset feed horn antenna. Radiation pattern results show a very précised far-field beam with 3-db beamwidth of 7.5 and 7.3 degree for two principle planes respectively with a gain of 24 dB at 5 GHz.
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