4. Conclusion

We have tried to propose a methodology adapted to EMC for the study of power electronics. We have shown how the various models and calculations can be carried out using tensor network analysis, but other tools can also be used. Computer tools such as the Python language, or scientific libraries, provide all the methods for solving the numerical applications outlined in this document (matrix inversion, etc.).

Power electronics require cutting-edge skills to guarantee compliance with automotive and aeronautical requirements. Faster and faster rise times to optimize thermal performance generate more distant harmonics and wider frequency bands, which can even interfere with radio receivers. What's more, these electronics are increasingly integrated to meet the need for volume, weight and other savings. Rules" and "best practices" are no longer enough to achieve compliance....