C/C++ Power electronics framework
Native Development. Maximum Control. Zero Guesswork.
Code Like a Pro
Create complex power electronics control laws in minutes
Say goodbye to cryptic naming conventions, fragmented
HALs, and steep learning curves. With intuitive APIs, powerful autocompletion, and hardware semantics tailored for power electronics, you’re always a few keystrokes from what you need.
Autocompletion That Gets It
Integrated with modern IDEs (VS Code), the framework offers code autocompletion that understands context.
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Purus sed et id nec libero nunc
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Purus sed et id nec libero nunc
A nunc justo nunc feugiat adipiscing. Tortor massa viverra vitae amet nibh risus leo. Nunc id quisque neque egestas. Ut felis urna molestie cras commodo venenatis vel.
Extended, Practical Documentation
From basic setup to advanced calibration flows, documentation is built for power engineers-not software architects. Code snippets, and real-world deployment tips are baked in.
Hardware Abstraction, Power-Aware by Design
All hardware mappings-ADCs, PWMs, GPIOs-use clear, domain-specific names that match what you use in schematics and datasheets. No more guessing which timer maps to which channel.
Native USB
Start your journey immediately, just plug your USB-C cable and get going.
Leverage ScopeMimicry library to get live snapshots of your variables, without any external debugger.
Observe your code
Line-by-line control and full debugger integration. Set breakpoints, inspect memory, trace execution - all with zero overhead.
Built-in Proven, Pre-Tested Drivers
Built on proven peripheral drivers for MCUs used in motor control, inverters, and high-speed switching systems. Every peripheral is pre-integrated with deterministic behavior and zero-latency access where it counts.
An open framework for power electronics
- Turn key solution for motor control and 3 phase AC systems
- Modular and thought for advanced use cases
- Adapt to any position sensor
Avec des exemples comme la modulation de l’énergie pour la mobilité ou la maximisation de la production d’énergies renouvelables, les etudiants s’engagent plus taclement et developpent des competences complexes plus rapidement.
Noémi Lanciotti
PRAG en GEII, IUT d’EvIy
