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Reduction of Envelope Correlation on non-metallic and metallic chassis phones

机译:非金属和金属底盘手机上的包络相关性

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Two antennas, main and sub, are used for reception in Long Term Evolution (LTE) terminals nowadays. In order to have a good MIMO performance, low coupling loss and low correlation between antennas are considered. Currently, main antenna usually situates at the bottom of the phone because of Specific Absorption Rate (SAR) requirement, whereas sub antenna locates at the top of the phone providing better spatial diversity. In this paper, feasible implementations of scatterers on both non-metallic and metallic chassis phones are provided. Experimental results show that the Envelope Correlation Coefficients (ECC) can be reduced from 0.7 to 0.2 at 750 MHz after inserting scatterers. Dual-frequency operations are also possible if two scatterers are introduced on different sides of a phone chassis.
机译:如今,两个天线,主和子,用于在长期演进(LTE)终端中的接收。 为了具有良好的MIMO性能,考虑了低耦合损耗和天线之间的低相关性。 目前,主要天线通常在手机底部的情况下,因为特定的吸收率(SAR)要求,而子天线位于手机顶部提供更好的空间分集。 本文提供了非金属和金属底盘手机上的散射体的可行实现。 实验结果表明,在插入散射体后,包络相关系数(ECC)可以在750MHz下在750MHz下降0.7至0.2。 如果在手机机箱的不同侧引入两个散射筛,也可以进行双频操作。

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