LLC Transformer: Designing a 2 kW LLC Transformer with Integrated Resonant Inductor
Designing an LLC transformer where the resonant inductance is fully integrated into the transformer leakage is a powerful way to ...
Designing an LLC transformer where the resonant inductance is fully integrated into the transformer leakage is a powerful way to ...
Accurate thermal prediction in magnetics is critical to avoid overheating, improve loss estimation and shorten design cycles. The Frenetic magnetic ...
The webinar by Frenetic examines two LLC transformers designed for a 300 W half‑bridge LLC stage with approximately 400 V ...
Magnetic components such as inductors and transformers are central to every switched‑mode power supply, yet their design is notoriously difficult ...
Planar magnetics promise compact, low‑profile magnetics, but accurate loss, leakage, and capacitance modeling is significantly more complex than for conventional ...
Power electronics teams entering 2026 face tighter space, efficiency and time‑to‑market constraints, while magnetics must still behave predictably across thermal ...
Modern power electronics design relies on a diverse toolbox, from general‑purpose circuit simulators to highly specialized magnetics and component‑selection platforms. ...
Push‑pull converters remain attractive in isolated DC/DC stages where cost and simplicity are key, but their practical design window is ...
In this session, Marcos Luna, experienced power electronics engineer at Frenetic, broke down the most frequent (and costly) mistakes in ...
This session lead by Frenetic CTO, Jonas Mühlethaler, covers the core principles of Full-Bridge LLC resonant converters and showcase how ...
© EPCI - Leading Passive Components Educational and Information Site
© EPCI - Leading Passive Components Educational and Information Site