A high gain and high radiation efficiency optical transparent Fabry–Perot cavity antenna

This letter proposes a novel high gain, high efficiency optically transparent Fabry–Perot Cavity antenna operating in millimetre‐wave. The antenna employs dual layers of transparent partially reflective surface and a transparent artificial magnetic conductor structure to enhance the gain and gain ba...

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Published in:Electronics letters 2024-04, Vol.60 (8), p.n/a
Main Authors: An, Kang, Sun, Peng, Chen, Aixin
Format: Article
Language:English
Subjects:
antennas
Fabry–Perot resonators
transparency
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Sun, Peng
Chen, Aixin
description This letter proposes a novel high gain, high efficiency optically transparent Fabry–Perot Cavity antenna operating in millimetre‐wave. The antenna employs dual layers of transparent partially reflective surface and a transparent artificial magnetic conductor structure to enhance the gain and gain bandwidth. The reflection amplitude and phase have a low sensitivity to the sheet resistance of the transparent materials, which greatly reduce the requirement for the conductivity of transparent material and simplify the manufacturing process. The size of the antenna is 3.47λ0 × 3.47λ0 × 0.68λ0. A peak gain of 14.2 dBi, peak radiation efficiency of 67.1% and optical transparency of 81% are achieved. A novel high gain, high efficiency optically transparent Fabry–Perot Cavity antenna operating in millimetre‐wave is proposed. The antenna employs dual layers of transparent reflective surfaces and a transparent electromagnetic band gap ground to enhance the work band and obtain a high gain radiation. The reflection amplitude and phase have a low sensitivity to the sheet resistance of the transparent materials, which greatly reduce the requirement for the conductivity of transparent material and simplify the manufacturing process.
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source Wiley Open Access Journals; IET Digital Library Journals Archive 1872-2012
subjects antennas
Fabry–Perot resonators
transparency
title A high gain and high radiation efficiency optical transparent Fabry–Perot cavity antenna
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