Power Electronics PCB Design
Production-ready PCB design for high-current, high-voltage and thermally demanding power conversion systems.
Design around real power constraints
Electrical, thermal and mechanical decisions engineered together
Power electronics layouts must control current density, switching loops, heat, creepage and component stress at the same time. Excel Circuit coordinates stackup, copper weight, placement, routing, thermal strategy and manufacturability from the beginning—reducing risk before prototype build.
Core design capabilities
Engineering coverage for demanding power hardware
High-Current Routing
Trace width, copper weight, planes, bus structures and via arrays sized to reduce loss and temperature rise.
High-Voltage Spacing
Clearance, creepage, slots and isolation barriers planned around voltage, environment and applicable safety needs.
Switching Loop Control
Critical commutation loops kept compact to limit parasitic inductance, ringing and EMI.
Thermal Management
Heat spreading, thermal vias, copper distribution, heatsink interfaces and airflow constraints considered early.
Gate Drive & Sensing
Clean gate-drive paths, Kelvin connections and sensitive feedback routing protect stability and measurement accuracy.
DFM & Reliability
Fabrication, assembly, insulation, copper balance and test access reviewed before manufacturing release.
Design priorities
Practical controls for power density and reliability
Design workflow
A controlled path from requirements to production data
Applications
Built for power conversion and control
Make your power PCB production-ready
Share your schematic, power requirements, mechanical constraints and thermal targets for a practical engineering review.
Discuss Your Power Electronics Project