Abstract
Patch or microstrip fix receiving wires are turning out to be progressively valuable since they can be printed legitimately on to a Printed Circuit Board (PCB). The effects of finite airfield recessed ground along parasitic elements on the reflection and radiation qualities of a microstrip fix reception apparatus at microwave frequencies are to upgrade data transmission and increase the radio wire. Air material is utilized to structure the recessed ground. The existing parasitic rectangular patch antenna on an FR4-epoxy substrate material with permittivity 4. 4 has been designed and the proposed antenna is the recessed ground plane parasitic patch antenna. The measurements for the substrate are 20mm x 20mm x 0.5mm. The properties of antenna such as bandwidth, S-parameters, VSW R, and Gain are improved and compared. This structure is designed to be operated in the range of 10.9GHz, with a maximum bandwidth of 8.9GHz, a Return loss of -28dB, VSWR of 0.72dB and Gain of 4.775dB. The proposed radio wire can, along these lines, be utilized for various wideband applications.
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