App Notes
The thermal model of Frenetic Magnetic Simulator
Why a thermal model? Thermal models play a crucial role in designing and modeling magnetic components
Leakage inductance is crucial in many topologies such as flyback converters, dual active bridge converters, and resonant converters impacting operating parameters such as switching behaviour, over voltage, and losses. Hence, it is imperative for the power electronic designer to estimate the value of transformer leakage inductance in the design stage.
Benchmark accuracy: Average error 4.6% compared with measurements of benchmark transformer set.
The accuracy of the Quasi-3D (Q3D) leakage inductance model is in the range of geometric uncertainties. The model is capable of calculating leakage inductance for arbitrarily positioned windings. For detailed results, refer to section IV.
Why a thermal model? Thermal models play a crucial role in designing and modeling magnetic components
Why a thermal model? Thermal models play a crucial role in designing and modeling magnetic components
Richard Schlesinger (Research Scientist at Frenetic) presents an insightful lecture on the Leakage Inductance Model of Frenetic Simulator.
Richard Schlesinger (Research Scientist at Frenetic) presents an insightful lecture on the Leakage Inductance Model of Frenetic Simulator.
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Prof. Bob White explains why leakage-related losses are often far greater than expected, and how they affect efficiency and thermal performance.
Prof. Bob White explains why leakage-related losses are often far greater than expected, and how they affect efficiency and thermal performance.
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