Magnetics play a pivotal role in today’s high-performance applications, from high-density DC-DC converters to isolated power architectures supporting AI accelerators and next-generation data centers, where efficiency, thermal margins, and power density are paramount. Accurate modeling is no longer optional. It is foundational to achieving first-pass success.
The session will introduce a workflow enabled by Magnetics Designer in Power Electronics EM Professional, demonstrating how schematic-level nonlinear core modeling can be integrated with EM-extracted parasitics to produce realistic, simulation-ready transformer models. Finally, we will briefly touch on adjacent modeling domains such as layout parasitics, thermal effects, and advanced transistor models, and why a comprehensive physics-based simulation strategy is essential for modern power electronics design.