RF-MEMS based adaptive antenna matching module

Andre van Bezooijen1, Maurice de Jongh1, Christophe Chanlo1, Henk Lennart Ruijs1, Jan ten Dolle1, Pieter Lok1, Freek van Straten1, Jack Sneep2, Reza Mahmoudi3, Arthur H.M. van Roermund3
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引用次数: 26

Abstract

To preserve the link quality, in fluctuating operating environments, an adaptive antenna matching module is presented that consists of a 5-bit RF-MEMS switched capacitor array, a bipolar 60/30 V MEMS-biasing voltage generator for improved reliability, and an impedance phase detector that provides information on mismatch. It uses an iterative up-down counting algorithm for robust control. Measurements show proper correction of the antenna reactance, even for a VSWR of 10. The switched capacitor array exhibits a large tuning range from 1 to 15 pF and an insertion loss of 0.4 dB. The detector dynamic range equals 35 dB with an accuracy of 8 degrees from 0.8 to 2 GHz. Adaptive matching will make isolators redundant.
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基于RF-MEMS的自适应天线匹配模块
为了在波动的工作环境中保持链路质量,提出了一种自适应天线匹配模块,该模块由一个5位RF-MEMS开关电容阵列、一个双极60/30 V mems偏置电压发生器(用于提高可靠性)和一个阻抗相位检测器(提供失配信息)组成。采用迭代上下计数算法进行鲁棒控制。测量结果表明,即使在10的驻波比下,天线电抗也有适当的校正。该开关电容阵列具有1至15pf的大调谐范围和0.4 dB的插入损耗。该探测器动态范围为35 dB,精度为8度,范围为0.8至2 GHz。自适应匹配将使隔离器冗余。
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