Optimisation de l'enrgie pour la mesure de biocapteurs:un circuit de gestion de puissance intégré

Abstract

In this work, a compact and high-performance patch antenna is used to improve the range and quality of data transmissions when paired with the NRF24L01+ module. The miniVNA, a miniature vector network analyzer, is utilized to verify and optimize the performance of this antenna. The NRF24L01+ wireless communication module, often used with microcontrollers like Arduino to create wireless sensor networks, is valued for its low power consumption and reduced cost. These characteristics make it popular for various applications, including medical. Integrating these technologies in the medical field allows for the development of remote monitoring systems, particularly useful for patients in quarantine or those requiring continuous monitoring without hospitalization. Wireless transmission of medical data enables healthcare professionals to monitor patients' vital parameters in real time and intervene quickly in case of anomalies. Moreover, this technology facilitates the secure transfer of medical data to central databases, thereby improving patient care and continuity of treatment