SPIN – Controller for Power Electronics

Control your power converter in minutes !

Documentation

Simple to use brain for power electronics

SPIN Control board is a compact and powerful open-source controller designed for rapid development of power electronics applications. It enables you to develop control use case in no time.

Plug-in your computer via USB

Code your solution

Drive your power target

Endless possibilities

Power libraries ready to use

Build your solution from a wide library of examples ready to be tailored for your exact use case.

Need more? Synchronize multiple SPINs !

Supports real-time synchronization allowing advanced use case requiring precise timing across multiple microcontroller.

Simple to use

  • Native USB support
  • OwnPlot monitor your application
  • Debug friendly
  • Usable with Matlab and Visual Studio Code

Real Time advanced control laws

  • Configurable Control Frequency.
  • Voltage Mode
  • Peak Current mode

Seamless measurement acquisition

  • 6 ADC channels 12bits ready to go!
  • 60kHz acquisition rate
  • Accurate time measurement
  • Non blocking acquisition system

Fast and precise PWM

  • 10 PWM signals ready to deploy !
  • Up to 55MHz PWM frequency
  • Up to 184ps temporal resolution
  • Center-aligned modulation support
  • Advanced phase shifting options
  • Dead-time support
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An open-source philosophy

Free to use, developed by a community of makers. Challenging ongoing project, new features and improvements are released regularly. Join us in the development process!

SPIN – Controller for Power Electronics

Control your power converter in minutes !

39,00 € ex. VAT

Additional information

Weight 100 g
Dimensions 80 × 60 × 40 mm
Made for you

Why choose SPIN

  • Purpose made for power electronics control
  • Includes both C/C++ environment and GUI
  • Matlab support
  • Dozens of examples.

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

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