Affiliation:
1. C.S.J.M. University, Kanpur, India
Abstract
Nowadays, the integration of wearable and flexible technology in antenna design is crucial for advancing healthcare applications. This highlights the significance of these innovations in enhancing patient comfort, enabling continuous health monitoring, and supporting advanced diagnostic and therapeutic technologies. This high-bandwidth wearable antenna operates within the frequency range of 3.3526 GHz to 16.828 GHz, achieving an impressive 133.54% bandwidth. The antenna is specifically tailored for healthcare applications, addressing the increasing demand for advanced diagnostic and therapeutic technologies. The proposed antenna supports a wide range of functions, including ongoing monitoring of health, WBANs wireless body area networks and medical imaging, such as microwave imaging. The broad bandwidth facilitates high speed digital transmission, crucial for real-time health monitoring and telemedicine applications. This study underscores the potential of wideband wearable antennas in modern healthcare by enabling more effective and non-invasive monitoring and treatment solutions.