ENP Engineering Science Journal
Volume 1, Numéro 1, Pages 53-57
2021-07-22
Non-conventional Band-notched Uwb Antenna Design Based On Genetic Algorithm
Authors : Fertas Khelil . Tebache Soufiane . Fertas Fouad . Aksas Rabia .
Abstract
In this paper, an improved applied approach based on Genetic Algorithm (GA) for antenna design is presented. It is basically useful to overcome electromagnetic interferences in UWB applications. First, an antenna in the range 2.8 - 20 GHz including UWB band was designed by using GA, then the undesired WiMAX band (3.5-3.8GHz) is rejected by optimizing appropriate Defected Ground Structure (DGS) filter. The proposed non-conventional filter consists of a matrix of rectangular cell shapes where each one is allocated by presence or absence of metal. The process is implemented in CST software using visual basic script. The method overcomes difficulties of conventional design. Furthermore, the optimized shape can be automatically obtained without appealing expert designers. Simulated and measured results demonstrate the effectiveness of the proposed design approach.
Keywords
Ultra Wide Band (UWB), Genetic Algorithm (GA), Non conventional DGS filter
Les articles similaires
Guichi F.
.
Challal Mouloud
.
pages 13-16.
Zahaf Dalal
.
Tebache Soufiane
.
Kouar Abderrahim
.
Labandji Samy
.
Mansoul Ali
.
pages 29-33.
Abdelkrim Merzougui
.
Adrián Bonilla-petriciolet
.
Timedjeghdine Mebarka
.
pages 54-56.
Ghouila Z.
.
Laurent S.
.
Henoumont C.
.
Vander Elst L.
.
Muller R. N.
.
Baaliouamer A.
.
pages 692-711.
Boudjenane Khaldia
.
pages 229-238.
