Events
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.
This AI-based product can perform tasks related to power supply designs, helping you move faster from specs to simulation. It is the 1st tool built for electrical engineers that leverages the power of AI through custom-built models and advanced algorithms.
Smart Topology Selection
Select the converter topology based on your input specs.
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Instant LTspice File Generation
Get simulation-ready LTspice files in one click—no manual setup required.
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Magnetic Design parameters
Receive optimized transformer or inductor specs tailored to your selected topology including core & winding and electrical parameters.
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Frenetic Simulator helps companies reduce development time, optimize designs, and streamline workflows.
accuracy in predicting key performance metrics.
reduction in design iteration cycles.
faster simulation than using only FEM.
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.
In thisarticle, we’ll explain how to design it using Frenetic AI and as bonus, we willtalk about our patent for integrating the three magnetics in one.
In thisarticle, we’ll explain how to design it using Frenetic AI and as bonus, we willtalk about our patent for integrating the three magnetics in one.
Reach out now and see what Frenetic can do for you.
