I will design power led driver pcb layout constant current led circuit control schemati
PCB Engineer Automotive ECU LED Driver Raspberry Pi CM4 CM5 Reverse Engineering
About this Gig
I will engineer high power LED driver PCB layouts with precision constant current control schematics production ready with Gerber files for JLCPCB and PCBWay. I specialize in buck, boost, and flyback LED driver circuits with thermal management, PWM dimming, and DRC-checked multilayer layouts for industrial and commercial lighting systems.
What I Offer:
- High power LED driver schematic capture
- Constant current control circuit layout
- Buck, boost & flyback driver topology layout
- PWM & analog dimming control circuit
- Thermal management copper pour & via stitching
- Overcurrent, overvoltage & short circuit protection
- Manufacturer-ready Gerber & drill files
- Bill of Materials (BOM) with component references
- Pick & Place file for SMD assembly
- Design Rule Check (DRC) error free guaranteed
Why Choose Me
- Highb-power constant current LED driver PCB specialist
- Thermal-optimized multilayer layouts for reliable operation
- All topologies buck, boost, flyback & linear drivers
- Gerbers compatible with JLCPCB, PCBWay & all manufacturers
Message me now to get your high-power LED driver PCB engineered with precision constant current control!
FAQ
What LED driver topologies do you support?
I engineer buck, boost, buck boost, SEPIC, and flyback LED driver topologies selected based on your input voltage range, output current, isolation needs, and efficiency targets for industrial or commercial lighting.
What dimming methods do you support?
I engineer PWM dimming, analog (0–10V) dimming, and combined PWM/analog schemes supporting smooth dimming ratios from 100% down to 0.1% depending on your driver IC and lighting application requirements.
Can you design for mains AC input (110V/220V)?
Yes. I engineer mains-input LED drivers with rectification, EMI filtering, PFC correction, and isolated or non-isolated output stages with proper creepage and clearance for safe AC operation in commercial lighting products.
How do you handle thermal management?
I implement copper pour heat spreaders, thermal via arrays, exposed pad footprints, and heatsink mounting holes keeping junction temperatures within safe limits under continuous full-load operation.
Are Gerber files ready for JLCPCB or PCBWay?
Yes. All Gerber files, drill files, BOM, and Pick & Place files are verified and formatted for direct upload to JLCPCB and PCBWay order immediately with no extra formatting needed.

