Our specialized Power Electronics PCB Design service delivers robust, high-current circuit board layouts engineered for demanding power applications. Whether you’re developing motor drives, power supplies, inverters, or energy conversion systems, our expert design team creates PCB layouts that handle high currents safely and efficiently while maintaining optimal performance.
Key Features:
Advanced Thermal Management – Strategic component placement and copper pour optimization to dissipate heat effectively, preventing thermal runaway and ensuring reliable operation under high-power conditions.
Optimized Current Paths – Minimized trace resistance through wide copper traces, multiple layer stackups, and via stitching techniques that reduce voltage drops and power losses across your circuit.
EMI/EMC Compliance – Careful ground plane design, proper shielding, and strategic component placement to minimize electromagnetic interference and meet regulatory standards.
High-Current Trace Design – Custom trace width calculations based on your specific current requirements, ambient temperature, and acceptable temperature rise, ensuring safe operation without derating.
Power and Signal Isolation – Separate analog, digital, and power domains with proper isolation techniques to prevent noise coupling and maintain signal integrity.
Component Selection Guidance – Recommendations for high-current connectors, heat sinks, thermal vias, and power components optimized for your application requirements.
Multi-Layer Stackup Optimization – Strategic layer arrangement for power distribution, return paths, and thermal spreading to maximize performance in compact form factors.
Design Verification – Comprehensive design rule checks, thermal simulation, and current density analysis to validate performance before fabrication.
Perfect for automotive electronics, industrial automation, renewable energy systems, and high-performance computing applications requiring reliable high-current PCB solutions. Our designs meet IPC standards and are manufacturing-ready with complete documentation packages.
Deliver your power electronics projects with confidence using PCB layouts engineered for high-current excellence.
