影片
Modern power converter design demands accurate magnetic component modeling, yet traditional SPICE methods fall short because they cannot capture nonlinear core behavior, saturation, and hysteresis. As switching frequencies and efficiency requirements increase, these modeling gaps lead to higher design risks, unexpected losses, and costly redesigns.
Magnetics are central to high‑performance systems—from compact DC‑DC converters to isolated architectures in AI and data‑center applications—making precise modeling essential for first‑pass success.
This session introduces a workflow using Magnetics Designer in Power Electronics EM Professional, showing how to combine nonlinear core models with EM‑extracted parasitics to create realistic transformer models. It will also highlight related domains such as layout parasitics, thermal behavior, and advanced transistor models, underscoring the need for a comprehensive physics‑based simulation approach in modern power electronics.
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