This project aims to contribute to the development of CISPR 37 and the revision of CISPR 11 and CISPR 16 through new electromagnetic emissions test methods for harsh environments, fully traceable time-domain measurement techniques, new calibration methods for the response to pulses of receivers, and the statistical evaluation of interferences in compliance assessments.
This project aimed to develop of metrology capabilities for the traceable evaluation of Electrical Vehicles Charging Systems (EVCS) under realistic operating conditions.
The iSENSE Doctoral Network on In-Situ Monitoring of Electromagnetic Interference aim to train a new generation of experts who possess the skills and fundamental knowledge required to effectively address our intricate and ever-evolving electromagnetic environment to tackle the issue of electromagnetic interference. Specific innovations to be expected are innovative EMI sensors and monitoring methodologies, early warning tools for detecting EMI occurrences, the formulation of novel modelling and test strategies and, overall, a greater success in avoiding EMI issues.