Testing, modelling, and characterisation for power electronics design automation.
Comprehensive testing of semiconductor devices including switching characteristics, switching losses, and electrical performance validation under various operating conditions. Our electrical characterisation services enable accurate design automation and optimisation for power electronics systems.
Thermal performance testing and validation including thermal resistance measurements, junction temperature analysis, and reliability assessment. Our comprehensive thermal characterisation services enable accurate thermal modelling and optimisation for power electronics systems.
Advanced device modelling capabilities including ANN (Artificial Neural Network) modelling, compatible with current market models such as PLCES model, Spice model, MATLAB model, and more.
Artificial Neural Network-based models for accurate device behaviour prediction and simulation, offering high accuracy and computational efficiency.
Learn More →Support for industry-standard models including PLCES (Piecewise Linear Circuit Element Simulator), Spice models, MATLAB models, and other established modelling frameworks.
Learn More →Access our comprehensive device databases for design automation:
Comprehensive SiC/GaN/IGBT database with detailed specifications, switching characteristics, and thermal properties.
View Database →Core materials, Steinmetz parameters, winding windows, and thermal data for automated magnetics sizing.
View Database →We provide device testing, modelling, and characterisation services to support your power electronics design projects. Our expertise includes wide-bandgap devices (SiC/GaN), traditional semiconductors, and passive components.
