Conception et Simulation d’une Antenne Miniature pour les Applications de Communication sans fil

Abstract

The objective of this project was to develop a miniaturized planar antenna suitable for 5G applications using DGS/DMS miniaturization techniques. The antenna was specifically designed to operate at a frequency of 3.7 GHz, which holds significant importance in 5G networks due to its high transmission capacity and satisfactory range. By optimizing the antenna's adaptation to specific requirements, our project aims to enhance the performance and connectivity of 5G networks. For the design process, we utilized the CST STUDIO software and the FR-4 substrate. Detailed information regarding different simulations, and final results can be found in the study.