An empirical model for simulating the system-level radiated emissions behavior of interconnected units and modules

The paper presents an empirical model for simulating the radiated emissions behavior of a system by incorporating several types of topological information and laboratory data gathered from independent tests. Using 3D EM field simulation software, the model can anticipate the behavior of different system configurations using the same units and modules. This model can also help reduce the number of required system-level tests when appraising the impact of minor hardware changes on the radiated emissions behavior of the system.