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I will design industrial smps pcb led power supply dc dc system power electronics
PCB Engineering design high power LED driver PCB SMPS inverter circuit
I will design high-performance LED driver PCB, SMPS, DC-DC converter, and inverter circuits for stable, efficient power electronics systems. I specialize in solving real issues like LED flickering, ov...
About this Gig
I will deslgn an industrial SMPS PCB, LED power supply, and DC-DC converter system optimized for high efficiency, stability, and real-world performance.
If you are facing issues like unstable output, overheating, power loss, or failed prototypes, I will help you build a reliable and production-ready power supply solution.
I specialize in industrial-grade power electronics deslgn:
Industrial SMPS PCB deslgn
LED power supply and driver circuits
DC-DC converter systems (buck, boost)
High power and constant current solutions
EMI-aware PCB layout and thermal optimization
Schematic, PCB layout, and simulation
Your deslgn will be optimized for:
Stable voltage and current output
High efficiency and low power loss
Clean, manufacturable PCB layout
Tools & Expertise
KiCad, EasyEDA, Altium Deslgner, LTspice, power electronics, PCB layout
Why choose me
Focus on real industrial problems, not just deslgn
Reliable, efficient, and production-ready circuits
What you get
Complete schematic
PCB layout deslgn
BOM components list
Gerber files for manufacturing
Design support
Send your requirements input voltage, output specs, power rating, application, and I will handle the complete design.
FAQ
Q1: Can you design custom industrial SMPS systems?
Yes, I design SMPS systems tailored to your voltage, current, and power needs.
Q2: Do you design DC-DC converters?
Yes, I design efficient buck, boost, and custom DC-DC converter circuits.
Q3: Will the PCB be ready for manufacturing?
Yes, you will receive complete Gerber files ready for production.
Q4: Can you handle high power LED systems?
Yes, I design high power LED power supplies with thermal and efficiency optimization.
Q5: Do you consider heat and efficiency in design?
Yes, thermal management and efficiency are key parts of every design.
Q6: What do you need to start?
Input voltage, output requirements, power rating, and application details.
