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.
Transform your power electronics workflow with Frenetic's magnetic design software, enabling precise simulations and faster solutions to complex industry challenges.
Master every power topology effortlessly
From classic topologies like Flyback, Full-Bridge, or Buck converters to advanced ones like CLLC, the Frenetic Simulator assists you effortlessly.
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Expert support for navigating trade-offs
Handling trade-offs in mechanics, losses, or materials is challenging. That's why we created a five-star-rated support tool.
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Magnetic Design parameters
We refined analytical models for losses and parasitics, adding FEM simulations for calculations requiring extra precision.
Compare topologies in seconds and get RMS, AVG, or resonant frequencies automatically from the waveform generator. Not only for complex topologies like CLLC but also for classic ones like Flyback or PFC. Avoid spending hours with spreadsheets and manual tables, and boost your workflow speed with the Frenetic Simulator.
Use it to validate your AI-generated specs or build custom designs from scratch. For full access and team plans, pricing is available on request.
Start your project by selecting a topology and defining electrical specs to generate the waveform. Customize further with cooling, dimension constraints, isolation, or standard requirements. Waveforms are downloadable and integrated directly into loss calculations.
• Waveform Generator for most common topologies of the industry.
• Advanced Inputs for mechanical, cooling and standards.
• Multiple-Operation-Points in the same project.
Balance core and winding losses using algorithms tailored to your specifications, making the process easier than ever—no matter your expertise.
• Core Selection & Optimization: Fix magnetic fields and explore combinations using industry-standard materials.
• Gap & Coil Former: Easily determine gaps and select coil formers from our comprehensive library.
• Winding Options: Customize winding parameters with full flexibility. Choose from planar, Litz, round, rectangular, or foil wire.
Our scientists and software engineers created the most accurate magnetic simulation tool of the market.
• Core Losses:
Our core loss models leverage the latest advancements to ensure tested accuracy.
• Winding Losses:
Calculate winding losses with advanced proximity loss models. View losses split by winding and adjust wire positions to find the optimal combination.
Simulate planar winding losses with FEM.
• Leakage Inductance:
Reduce hardware iterations with precise LIk calculations, achieving up to 95% accuracy.
Move fast from design to prototyping.
• Online Sample Ordering:
Order samples directly from the simulation and receive expert feedback.
• Real-Time Stock:
Check our internal stock to ensure your magnetic components are available on time.
• Production-Ready Design:
Frenetic samples are optimized for seamless transition to mass production, thanks to our partnerships with leading factories.
Generate professional, customizable reports and drawings, tailored to your project’s requirements.
• Datasheet:
Create magnetic component datasheets with BOM, validation measurements, and a detailed losses breakdown.
• Mechanical Section:
Specify the sample's requirements, including wire lengths, connectors, or pinouts.
• Automatic Drawing:
Generate automatic PDF drawings for your projects or partners.
Frenetic Simulator is now fully connected to Frenetic AI, creating a smooth and efficient workflow for power electronics engineers:
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 this article, we’ll explain how to design it using Frenetic AI and as bonus, we will talk about our patent for integrating the three magnetics in one.
In this article, we’ll explain how to design it using Frenetic AI and as bonus, we will talk about our patent for integrating the three magnetics in one.
Reach out now and see what Frenetic can do for you.
