Model transformers, saturable inductors, and core losses in a C++ simulator.
npx skills add https://github.com/lgili/skillex --skill magnetic-components
Please help me install this Agent Skill. Skill: magnetic-components Source: https://github.com/lgili/skillex/tree/main/skills/magnetic-components Command: npx skills add https://github.com/lgili/skillex --skill magnetic-components
Non-ideal magnetic component modeling enables accurate simulation of transformers, coupled inductors, saturation effects, and core losses in a C++ power-electronics simulator, replacing simplistic ideal models.
Start by loading magnetic-components to begin integrating non-ideal magnetic elements into your simulator.
High-intent search queries and answers about installing and using this skill.
Non-ideal magnetic component modeling calculates referred parameters and implements nonlinear B-H behavior to simulate transformer leakage and saturation in a C++ power electronics simulator for LLC and flyback topologies.
The best way to generate MNA stamps for coupled inductors is using provided reference templates that calculate referred parameters and validate volt-second balance for accurate integration into your circuit simulator.
Estimating core and copper losses for flyback converters involves applying non-ideal magnetic modeling to calculate transformer equivalent circuits and analyze saturation effects, yielding accurate loss projections for power electronics contexts.
Yes, non-ideal magnetic models support LLC converter analysis by providing transformer equivalent circuits that accurately capture leakage inductances and magnetizing inductance for precise time-domain simulation.
Saturation-aware inductance updates are needed for time-domain simulation to implement nonlinear B-H behavior correctly, maintaining simulation stability when magnetic components enter saturation during switching transients.
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