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A wide band MIMO slot antenna for 5G Wi-Fi

机译:用于5G Wi-Fi的宽带MIMO缝隙天线

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摘要

The bandwidths of the wireless channels have been extended in IEEE 802.11ac compared to 802.11n and is restricted strictly to the 5 GHz ISM band. It also allows MIMO which makes antenna design challenging especially where the space is restricted. Here a wide band slot antenna in the shape of a modified square with dual ports is proposed. The antenna has two asymmetrical orthogonal micro-strip line feeds. One port covers the 802.11ac band with 13% fractional bandwidth while the other port is matched over a greater 26% fractional bandwidth. The slot is modified with protuberances such that the coupling between the feeds are minimized and the excitation of the modes hence the bandwidth of the feeds are controlled by the protuberances. As a result of this modification the slot size is reduced further by 22% compared to the unaltered square slot design.
机译:与802.11n相比,IEEE 802.11ac中无线信道的带宽已扩展,并且严格限制为5 GHz ISM频段。它还允许MIMO,这使天线设计面临挑战,尤其是在空间受限的情况下。在此,提出了一种具有双端口的改进方形方形宽带隙天线。天线具有两个非对称正交微带线馈电。一个端口以13%的部分带宽覆盖802.11ac频段,而另一个端口在更大的26%的部分带宽上匹配。用突起修改槽,以使得馈线之间的耦合最小化,并且模式的激发因此馈线的带宽由突起控制。通过这种修改,与未更改的方形插槽设计相比,插槽尺寸进一步减小了22%。

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