| Abstract |
HIL simulation of power electronics is an ambitious task due to the fast structural changes of the elec-trical circuit caused by the forced and natural switching events and the high dynamics enabled by new semiconductor devices. Especially for strict requirements, such as high switching frequencies, circuit-specific implementations are required. This paper deals with a modeling approach for oversampling models with ideal switches and its implementation on an FPGA using multiplexed matrix-times-vector multiplication to adjust the FPGA utilization. As application example, an LLC resonant converter is used. |
