Reconfigurable Sierpenski Triangle Fractal Antenna Research and Development

Authors

Ahcéne Abed
DIC Laboratory, Electronics department Blida 1, University Algeria
Aissa Amrouche
Computational Linguistics Department, CRSTDLA, Algeria
Ahmed Bouchekhlal
Higher School of Signals (HSS), Po Box 11, Koléa, 42070, Tipaza, Algeria
Abdelmalek Birane
DIC Laboratory, Electronics department Blida 1, University Algeria
Abderrahim Si Saber
DIC Laboratory, Electronics department Blida 1, University Algeria

Synopsis

This paper proposes a frequency-configurable (Sierpenski Triangle) fractal antenna. The antenna design is modeled and simulated using HFSS software, and the frequency reconfigurability is achieved by adding a PIN diode. The antenna S1C3 with a frequency of f = 11.57GHz adapts best to the 1st structure, while the antenna S2C5 with a frequency of f = 4.9GHz adapts best to the 2nd structure.

ICAECE2023
Publication
Abstracts of the First International Conference on Advances in Electrical and Computer Engineering 2023
PDF
Published
February 5, 2024
Series
AIJR Abstracts
Copyright (c) 2024 held by the author(s) of the individual abstract
Creative Commons License

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