A Compact Hybrid Ring Patch Antenna For Fixed Communication Applications

Abstract

A minimal double recurrence hybrid ring patch antenna intended to operate for the fixed correspondence applications in the Ku band with a working recurrence of 12.77GHz and 17.88GHz is presented. The radiator has been considered as hydrid ring to get the essential recurrence of activity. Fire resistant Glass epoxy substrate with a 50ω microstrip line is utilized to energize the antenna. Opened fix alongside stub method has been actualized to accomplish the double recurrence of activity. Proposed antenna in as two
radiators of which one is external border of patch and the other is the internal edge. The general component of the radio wire is 14.3mm×14.3mm×2mm which is 0.61λ×0.61λ making the it a minimized one. It is having double recurrence of activity at the frequencies of 12.77GHz and 17.88GHz with an gain of 2.80dB and 3.31dB. Industrially accessible 3D test system Ansys HFSS programming has been utilized to structure the proposed antenna.