Prediction of conducted and radiated perturbations in embedded cable systems using a 3D PEEC approach

The Partial Element Equivalent Circuit method (PEEC) is well suited to the extraction of the conducted electromagnetic (EM) disturbance parameters in the electronic wiring systems. It can be an efficient tool for the EMC study relevant to automotive cables. However, the complete EMC analysis of embedded systems requires also reliable models for the radiated emissions especially at high frequencies. In this paper, an efficient approach based on the PEEC method is developed for the modeling of the cable radiations.