I will design power electronics pcb, mppt, inverter and power supply
About this Gig
Need a professional Power Electronics PCB Des1gner for MPPT, inverter, or power supply projects? I help engineers, startups, and companies develop efficient, stable, and production-ready electronic systems for industrial and IoT applications.
I specialize in Power Electronics PCB Des1gn, Electrical Engineering, Circuit Analysis, MPPT solar charge controllers, inverter PCB des1gn, and power supply development. Using tools like KiCad and Altium Des1gner, I create optimized circuits focused on efficiency, safety, stability, and manufacturability.
My services include:
- Power electronics PCB des1gn
- MPPT and inverter circuit des1gn
- Power supply design and optimization
- Circuit simulation and analysis
- Gerber files, BOM, and production-ready files
- Clean and reliable PCB layouts
Why work with me?
- Professional and high-quality designs
- Fast communication and on-time delivery
- Efficient and tested solutions
- Industrial-standard workflow and support
Contact me today to build a reliable and high-performance electronic system for your project.
FAQ
What information do you need to start my power electronics project?
I need your circuit idea, block diagram, reference design, or requirements. If you only have a concept, I can help you develop it into a full schematic and power electronics design.
Can you design MPPT, inverter, or power supply circuits?
Yes, I specialize in MPPT solar charge controllers, inverter circuits, DC-DC converters, and efficient power supply designs for both small and industrial applications.
Do you provide PCB files ready for manufacturing?
Yes, I deliver complete production files including schematic, PCB layout, Gerber files, and BOM for direct fabrication.
What tools do you use for power electronics PCB design?
I use professional tools like KiCad, Altium Designer, and simulation-based circuit analysis tools to ensure accuracy and efficiency.
Can you improve or fix an existing circuit design?
Yes, I can analyze, debug, optimize, or reverse engineer your existing power electronics circuit to improve performance, stability, and efficiency.

