Graphene Based Fractal Structure 5G Microstrip Patch Antenna Design

A graphene based 5G microstrip patch antenna with a fractal structure is proposed. Recently, it has been seen that 5G microstrip patch antenna studies are open to development. In line with the research, it was decided to use graphene in antenna coating thanks to its high electromagnetic, mechanical, electrical and thermal properties. This coating will be done using the EPD (Electrophoretic Deposition) method. EPD method and coating stages will be given in the paper. By using fractal structures in the antenna design, the design is intended to be unique. Necessary parameters will be calculated theoretically and drawings and simulations will be carried out in computer environment. In future studies, the antenna design will be physically printed and coated with graphene. After the coating, the necessary electromagnetic and electrical tests will be performed and compared with the theoretical study.

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Publication Details

Published
2024-11-28
DOI
https://doi.org/10.1109/eleco64362.2024.10847214
Primary Topic
Polydiacetylene-based materials and applications
Type
article
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article

Graphene Based Fractal Structure 5G Microstrip Patch Antenna Design

Husnu Deniz Basdemır, Beyza Nur Demirkoparan
Polydiacetylene-based materials and applications
article

Graphene Based Fractal Structure 5G Microstrip Patch Antenna Design

Husnu Deniz Basdemır, Beyza Nur Demirkoparan
article en

Abstract

A graphene based 5G microstrip patch antenna with a fractal structure is proposed. Recently, it has been seen that 5G microstrip patch antenna studies are open to development. In line with the research, it was decided to use graphene in antenna coating thanks to its high electromagnetic, mechanical, electrical and thermal properties. This coating will be done using the EPD (Electrophoretic Deposition) method. EPD method and coating stages will be given in the paper. By using fractal structures in the antenna design, the design is intended to be unique. Necessary parameters will be calculated theoretically and drawings and simulations will be carried out in computer environment. In future studies, the antenna design will be physically printed and coated with graphene. After the coating, the necessary electromagnetic and electrical tests will be performed and compared with the theoretical study.

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Polydiacetylene-based materials and applications
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