Reusable device and magnetics data for component selection, loss modelling and AI-assisted engineering workflows — with the conditions and provenance kept attached.
The electrical and magnetic records are designed to meet inside the same converter calculation, rather than living as disconnected datasheet summaries.
SiC, GaN, IGBT and silicon device specifications, switching characteristics, thermal properties and selection references.
Core materials, loss parameters, winding information and thermal data for transformer and inductor design.
A datasheet is written for a person reading one part at a time. These records are written for a solver comparing thousands of operating points.
Coss(V), Pv(f, B̂, T), µ(Hdc) and Zth(t) preserve the behaviour that decides whether a design closes.
Bias, temperature, gate resistance, loop inductance and excitation waveform travel with every value, so comparisons remain meaningful.
Digitised and measured records retain their source, revision, fixture and uncertainty for later review.
Switching energy, core loss and thermal networks solve together against an operating or mission profile.
Structured curves and surfaces feed scripts, optimisers and design agents without another transcription step.
Missing parts can be characterised using the same schema, keeping private and public engineering workflows aligned.
We characterise semiconductor and magnetic components to order, then return the data in the same reusable, traceable format.