A 3D PEEC Method for the Prediction of Radiated Fields From Automotive Cables

The partial element equivalent circuit method (PEEC) is well suited to extract the conducted electromagnetic disturbances parameters from wiring systems. It provides 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 a new approach based on the PEEC method and involving 3D field calculation is developed to evaluate emissions from radiating cables.