RFID DIAGONISTIC MODULE

This thesis presents the design and development of an RFID Diagnostic Module, which is intended to improve the understanding of the errors in the RFID sensor which the REER SPA research team working on it. The project involves the creation of multiple prototypes, laboratory measurements and tests, and the realization of the final prototype. The module utilizes Radio Frequency Identification (RFID) technology to streamline the diagnostic process, allowing for more precise and reliable testing results. The design process involved careful consideration of the specific requirements of the module, including the selection of appropriate components and circuitry design. The creation of multiple prototypes allowed for iterative improvements and optimization of the module's performance. Laboratory measurements and tests were conducted to evaluate the module's effectiveness and to identify areas for further improvement. The final prototype was then realized, incorporating all the necessary components and features to achieve optimal performance. The results of this thesis work demonstrate the potential for RFID technology to revolutionize diagnostic testing in a variety of industries, and provide a valuable contribution to the field of diagnostic technology.