Author:
Godaymi Wa’il A,Shaaban Raed M,Al-Tumah ,Tahir Akeel S,Ahmed Zeki A
Abstract
Abstract
In this paper, a new design simulation of multi-forked microstrip patch antenna is presented. The proposed antenna design consists of rectangular patch structure loaded multi-slotted forked with Arlon AD320A (tm) dielectric, direct coaxial probe feed technique, and microstrip edge feed, the novel forked shaped patch. The composite effect of integrating these multi-shapes forked patches techniques and by introducing the new multi-slotted patch.The best result of proposed antennas was a wide impedance bandwidth of 114 % at 10.31 GHz resonance frequency for microstrip line feed approach, and maximum achievable gain is 6.3 dB for coaxial probe feed approach. The return loss, directivity gain, and voltage standing wave ratio are simulated results using HFSS 13.0 software.
Subject
General Physics and Astronomy
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