Dual Polarized Swastika Patterned Slot Antenna for 5G Base Transceiver Station Applications

Roja Vadlamudi, D. Sriram Kumar
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Abstract

Dual polarized, low XPD (X-Polar), and high isolation, innovative design for sub-6 GHz 5G Base Transceiver Station (BTS) applications are offered in this article. Two modified dipole antenna elements are placed in ± 45° and dual-polarization is achieved with a swastika patterned slot on the two arc-type arms of the altered dipoles and a rectangular slot on the substrate which reduces dielectric loss and conductor losses thereby a very good improvement in the isolation and improved radiation efficiency. Highly radiation pattern is obtained by placing the dipole antenna elements λ0/4 above the reflector. The MIMO antenna is designed to operate more efficiently in Band 42 (3.4-3.6 GHz) with VSWR < 1.5. Isolation of 30 dB is achieved at the 3.5 GHz band and the gain of 8.14 dBi is observed.
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用于5G基站收发器应用的双极化万字图案槽天线
本文为低于6 GHz的5G基站收发器(BTS)应用提供了双极化、低XPD (X-Polar)和高隔离的创新设计。将两个改型偶极子天线单元置于±45°位置,通过在改型偶极子的两个弧形臂上的十字形槽和基板上的矩形槽实现双极化,从而降低了介电损耗和导体损耗,从而很好地改善了隔离,提高了辐射效率。将偶极天线单元λ0/4置于反射器上方,获得高辐射方向图。MIMO天线被设计为在42频带(3.4-3.6 GHz)下更有效地工作,VSWR < 1.5。在3.5 GHz频段实现了30 dB的隔离,并观察到8.14 dBi的增益。
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