DESIGN OF 16 ELEMENT RECTANGULAR PATCH ANTENNA ARRAY FOR 5G APPLICATIONS

Abstract

This paper represents the plan of 16 element rectangular patch array antenna for 5G applications this gives a sensible transfer speed about 28 GHz. This is the most component of this course of action could be a rectangular fix receiving wire outlined on the Rogers RT / Duroid 5880 substrate (er = 2.2, tanδ=0.00009), which is recreated and optimized utilizing a commercially commercially access recreation program. Length of rectangular fix antenna is 3.58 and breadth is 4.52. Within the later a long time the improvement in communication frameworks demand the advancement about low cost, negligible weight and low-profile radio wires this are able of keeping up tall execution over a wide range of frequencies. This mechanical slant has centered much exertion into the plan of rectangular patch antenna. The objective of this paper is to plan, and create an inset bolstered rectangular microstrip fix radio wire. Subsequently, a novel molecule swarm optimization strategy based on HFSS was utilized to plan an inset bolster straightly polarized rectangular patch antenna with four component cluster. At first, we set our radio wire as a single patch and we design for 16 element antenna. The single fix antenna radio wire is operating within the extend of 26.5 GHz to 28GHz, having and pick up is 7.8 dB. For 16 component radio wire arrays, the gain is increased.