Metamaterial-inspired dual-function loop antenna for wireless power transfer and wireless communications

Woosol Lee, Hae-in Kim, Y. Yoon
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引用次数: 3

Abstract

This paper first presents a metamaterial-inspired dual-function loop antenna for wireless power transfer and wireless communication which operates at 6.78 MHz (AirFuel Alliance standard frequency) and 2.4 GHz. The proposed metamaterial slab with a dimension of 33.6 mm × 33.6 mm is integrated on top of the single-turn loop antenna. The demonstrated metamaterial slab has an enhanced dual-band property for WPT and wireless communications with electromagnetic wave focusing capability. A prototype metamaterial-inspired dual-function loop antenna for simultaneous WPT and wireless communications is designed, fabricated and characterized. It shows a size reduction of 50 % compared to a device consisting of a separate WPT coil and a separate wireless communication antenna, a WPT efficiency improvement of 28.07 % (a factor of 4.19 improvement) at a distance of 100 mm compared with a device without a metamaterial slab, and an antenna gain improvement of 1.89 dB compared with a device without a metamaterial slab.
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用于无线电力传输和无线通信的超材料启发双功能环形天线
本文首先提出了一种工作频率为6.78 MHz (AirFuel Alliance标准频率)和2.4 GHz的超材料双功能环形天线,用于无线电力传输和无线通信。所提出的尺寸为33.6 mm × 33.6 mm的超材料板集成在单匝环形天线的顶部。所演示的超材料平板具有增强的WPT和无线通信双频特性,具有电磁波聚焦能力。设计、制作并表征了一种同时用于WPT和无线通信的超材料双功能环形天线原型。它表明,与由单独的WPT线圈和单独的无线通信天线组成的器件相比,尺寸减小了50%,与没有超材料板的器件相比,在100 mm距离处WPT效率提高了28.07%(提高了4.19倍),与没有超材料板的器件相比,天线增益提高了1.89 dB。
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