I will an industrial scr rectifier pcb with kicad

Power electronics PCB design is one of the most unforgiving niches in electronics. A layout mistake doesn't just cause a malfunction it can destroy components, trip protection systems, or create safety hazards in the field.

I design industrial PCBs for SCR-based rectifier and power control applications boards that handle real AC input, phase-angle firing control, current and voltage feedback loops, and isolated gate drive circuits. My reference design was built for an industrial battery charger operating in a real facility, not a lab bench.

What you get:

Schematic capture or design review from your existing reference

Clean, DRC-validated layout with proper power distribution and isolation

Fabrication-ready Gerber files compatible with any PCB manufacturer

Designs built with thermal dissipation and EMI in mind from the start

If you're dealing with a board that fails under load, trips unexpectedly, or was never designed for the environment it's operating in that's exactly the kind of problem I work on.

Let's get it right this time.