Gauging trowel shaped patch with circular rings for 60 GHz WLAN

An unique design of patch by slight modification of conventional patch structures has been done in this paper. Semi-circular and triangular patch have been combined to form a patch having unique shape resembling a gauging trowel. A substrate of dimension 30mm×30mm×1.6mm having FR4 Epoxy as the diele...

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Main Authors: Panda, Ribhu Abhusan, Mishra, Debasis, Kumari, Puja, Hansdah, Baha, Singh, Rohit Kumar
Format: Conference Proceeding
Language:English
Subjects:
Antenna Gain
Circular metallic rings
FR4 Epoxy
Gain
Gauging trowel
Microstrip antennas
Patch antennas
semi-circular patch
Shape
Signal processing
Structural rings
triangular patch
VSWR
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creator Panda, Ribhu Abhusan
Mishra, Debasis
Kumari, Puja
Hansdah, Baha
Singh, Rohit Kumar
description An unique design of patch by slight modification of conventional patch structures has been done in this paper. Semi-circular and triangular patch have been combined to form a patch having unique shape resembling a gauging trowel. A substrate of dimension 30mm×30mm×1.6mm having FR4 Epoxy as the dielectric material has been used. Copper material has been used for both patch and ground plane. To enhance the antenna, gain the circular metallic rings of uniform width have been used. Simulation has been carried out by Ansys HFSS software. From the simulation Return loss (S 11 ), VSWR, Antenna Gain, Directivity etc have been found out and a comparison is made between the perturbed patch with circular metallic rings and without circular metallic rings.
doi_str_mv 10.1109/SPIN48934.2020.9070868
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subjects Antenna Gain
Circular metallic rings
FR4 Epoxy
Gain
Gauging trowel
Microstrip antennas
Patch antennas
semi-circular patch
Shape
Signal processing
Structural rings
triangular patch
VSWR
title Gauging trowel shaped patch with circular rings for 60 GHz WLAN
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