Title of article
Impedance bandwidth optimization of double slots circular patch antenna using genetic algorithm and the Interface Fuzzy Logic
Author/Authors
Hojjat Kashani,, F iran university of science and technology - Department of Electrical Engineering, تهران, ايران , Lotfi Neyestanak,, A A iran university of science and technology - Department of Electrical Engineering, تهران, ايران , Barkeshli, K sharif university of technology - Department of Electrical Engineering, تهران, ايران
From page
94
To page
101
Abstract
A modified circular patch antenna design has been proposed in this paper, the bandwidth of this antenna is optimized using the genetic algorithm (GA) based on fuzzy decision-making. This design is simulated with HP HFSS Program that based on finite element method. This method is employed for analysis at the frequency band of 1.4 GHz- 2.6 GHz. It gives good impedance bandwidth of the order of 15.5% at the frequency band of 1.67GHz- 1.95GHz and 10.6% at 2.23GHz- 2.48GHz. It means that impedance bandwidth increases above 4.9% than the impedance bandwidth of ordinary circular patch antennas and band width rise from 1.78GHz- 1.98GHz (10.6%) to 1.67GHz- 1.95GHz (15.5%) and 2.23GHz- 2.48GHz (10.6%). The antenna fabricated with two slots on circular patch antenna. The measured results of the optimized antenna validate a high compatibility between the simulation and the measurements.
Keywords
E , Shaped Circular Patch Antenna , Genetic Algorithm , Fuzzy System , Wide Band Antenna.
Journal title
Iranian Journal of Electrical and Electronic Engineering(IJEEE)
Journal title
Iranian Journal of Electrical and Electronic Engineering(IJEEE)
Record number
2551036
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