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I will design dimmable led driver pcb with pwm and power supply integration
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Hello there!
High power dimmable LED driver with EMI control, thermal optimization and multi-layer PCB.
Am specialized in designing dimmable LED driver PCBs with integrated power supply stages and PWM control for smooth brightness adjustment and high efficiency performance. Whether for commercial lighting, architectural systems, industrial luminaires, or smart lighting products, I deliver production-ready power electronics designs.
What I Deliver:
- Constant current LED driver design
- PWM dimming implementation
- AC-DC or DC-DC power supply integration
- Buck, Boost, or Flyback topology design
- EMI-conscious PCB layout
- Thermal management optimization
- High current trace calculation
- Protection circuits (OVP, OCP, SCP)
- Manufacturing-ready documentation
What I Deliver:
- Constant current LED driver design
- PWM dimming implementation
- AC-DC or DC-DC power supply integration
- Buck, Boost, or Flyback topology design
- EMI-conscious PCB layout
- Thermal management optimization
- High current trace calculation
- Protection circuits (OVP, OCP, SCP)
- Gerber, BOM, Pick & Place files
- Manufacturing-ready documentation
Your LED driver should be efficient, stable, and scalable not experimental, Message now!!!
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FAQ
What type of LED drivers can you design?
I design buck, boost, flyback, and constant current LED driver circuits for low to high power applications.
Do you support PWM dimming?
Yes. I implement PWM dimming for smooth brightness control and stable LED performance.
Can you integrate AC-DC or DC-DC power supply stages?
Yes. I design integrated power supply sections for AC-DC or DC-DC input requirements.
Do you optimize for thermal performance?
Yes. I calculate trace width, copper thickness, and thermal vias to ensure proper heat dissipation.
How do you handle EMI and noise?
I apply proper grounding, filtering, snubbers, and layout techniques to reduce EMI and improve stability.
Do you include protection circuits?
Yes. I can integrate OVP, OCP, short-circuit protection, soft-start, and thermal protection.
