Small Wireless Module Consisting of Two Highly Isolated MIMO PIFAs

Chi-Hau Yang, Yin-Ting Ciou, L. Hwang
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Abstract

(Multi-input Multi-output)MIMO technology employs multiple antennas to send and receive signals. Using the MIMO technology, we obtain more data than that using traditional single antennas. Evaluating performance of dual transmitter, isolation in multiple antennas is an important parameter. The coupling effect in MIMO antennas will not only affect the characteristics of the antenna itself, but also the pattern, which will be compressed. In this paper, the PIFA = 1/4λ wavelength is used and realize the miniaturization of the antenna body and the PIFA architecture is beneficial to current distribution, that direct improve the isolation to − 20dB. In this paper, we propose two wide band and high isolation small PIFAs printed on 5G module to cover the 5 GHz ISM band. The module dimensions is 40 mm × 30 mm, antenna area dimensions is 7 mm × 30 mm and has a 100% available wide bandwidth in the range of 5.5 GHz to 6.5 GHz
由两个高度隔离的MIMO pifa组成的小型无线模块
(多输入多输出)MIMO技术使用多个天线来发送和接收信号。采用MIMO技术,可以获得比传统单天线更多的数据。多天线的隔离度是评价双发射机性能的重要参数。MIMO天线中的耦合效应不仅会影响天线本身的特性,而且会对方向图产生压缩。本文采用PIFA = 1/4λ波长,实现了天线体的小型化,且PIFA结构有利于电流分布,直接将隔离度提高到−20dB。在本文中,我们提出了两个在5G模块上印刷的宽带高隔离小型pifa,以覆盖5ghz ISM频段。模块尺寸为40mm × 30mm,天线面积尺寸为7mm × 30mm, 100%可用带宽范围为5.5 GHz ~ 6.5 GHz
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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