Low Profile Beam Steerable Antenna using PI Axis Posts for Massive-MIMO 5G Applications | Zendy

Pankaj Chawla | Zendy; Sukhdeep Kaur | Zendy; Bhawna Tondon | Zendy; Pardeep Singla | Zendy

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Low Profile Beam Steerable Antenna using PI Axis Posts for Massive-MIMO 5G Applications

Author(s) -

Pankaj Chawla,

Sukhdeep Kaur,

Bhawna Tondon,

Pardeep Singla

Publication year - 2021

Publication title -

international journal of advanced research in science communication and technology

Language(s) - English

Resource type - Journals

ISSN - 2581-9429

DOI - 10.48175/ijarsct-1794

Subject(s) - microstrip antenna , bandwidth (computing) , mimo , antenna (radio) , patch antenna , return loss , computer science , acoustics , physics , telecommunications , electrical engineering , optics , engineering , channel (broadcasting)

5G networks promised to provide increased coverage, capacity and end-user throughput. Advanced antenna radiating system plays a very important role for the establishment of 5G networks. In this work, a novel low size profile enforced terminating boundary patch antenna array is proposed. This antenna array achieves a Hybrid beam steering with a low size through PI axis posts up to 33%. The antenna has a three-layer structure where a single layer PTFE composite based Rogers 5880 is utilized with a dimension of 15× 16 mm2. It operates at frequency band of 35 GHz with a wide bandwidth of 530 MHz and with a mean return loss of -28 dB. This radiating device is designed with the microstrip feed for the massive-MIMO 5G requirements.

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