I will design a manufacturing ready led driver pcb for high power lighting
LED Driver Power Electronics Engineer High Power, Automotive PCB Design
About this Gig
Need a reliable LED driver PCB for high-power lighting applications? I will design a professional, efficient, and manufacturing-ready LED driver circuit tailored to your voltage, current, power, and lighting requirements
I can design constant-current LED drivers, high-power LED drivers, PWM/analog dimming circuits, buck/boost/buck-boost LED drivers, automotive LED drivers, and custom LED power stages
What I Offer
High-power LED driver PCB design
Constant-current LED driver circuits
Buck, boost & buck-boost LED drivers
PWM & analog dimming
Single & multi-channel LED drivers
Automotive & industrial LED circuits
LED protection and current regulation
Thermal and power management
EMI/EMC-conscious PCB layout
Manufacturing-ready PCB design
Benefits
Stable and accurate LED current regulation
Efficient power conversion
Better thermal performance
Protection against overcurrent/overvoltage
Compact and reliable PCB layout
Ready for PCB manufacturing and assembly
Why Choose Me
Professional schematic and PCB design
Practical power electronics approach
Design optimized for your application
Clean, organized, manufacturing-ready files
Clear communication and revisions
Suitable
FAQ
Can you design high-power LED drivers?
Yes. I can design high-power LED driver circuits for industrial, automotive, commercial, and custom lighting applications.
Can you add PWM or analog dimming?
Yes. PWM and analog dimming can be integrated according to your LED and controller requirements.
Do you design constant-current LED drivers?
Yes. I can design constant-current solutions with appropriate current regulation and protection features.
Will the PCB be manufacturing-ready?
Yes. The final design can include production-ready Gerber files, BOM, schematic, and other required manufacturing files.
What information do you need to start?
Please provide the input voltage, LED voltage/current, total power, number of LEDs/channels, dimming requirements, PCB size constraints, and any special requirements.

