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I will design a switch mode power supply smps circuit pcb for you
PCB Power Electronics Expert BMS SMPS LED Drivers DC DC Converter
Power Electronics & PCB Design Engineer specializing in DC-DC converters, battery management systems (BMS), LED drivers, and switch-mode power supplies (SMPS). I deliver efficient, manufacturable circ...
About this Gig
Need a reliable switch-mode power supply for your project? I design efficient, compact SMPS circuits tailored to your input source, output voltage/current, and application from simple single-output adapters to advanced multi-output power supplies.
With hands-on experience in power electronics and PCB design, I deliver complete solutions for chargers, industrial equipment, consumer devices, and telecom systems.
What you get:
- Custom schematic based on your input/output specs
- Optimized PCB layout (2-layer or multi-layer)
- Topology selection (flyback, forward, buck, etc.)
- Power factor correction (PFC) on request
- Component selection with datasheets
- Gerber files ready for manufacturing
- BOM (Bill of Materials).
I work with Altium, KiCad, and Eagle, following best practices for isolation, EMI reduction, and thermal management critical for safe, efficient SMPS design.
Message me before ordering with your input voltage, output requirements, and application so I can confirm the right approach for your project!
File format:
Gerber
•
BRD
•
SCH
•
•
Pcbdoc
Software:
Altium Designer
•
Eagle CAD
•
EasyEDA
•
Fusion 360
•
KiCad
Interface:
UART
•
SPI
•
I2C
•
PCIe
FAQ
What input voltage range can you design for?
I can design for common ranges like 100–240V AC or various DC inputs (12V, 24V, 48V). Share your input source and I'll confirm feasibility.
Do you design isolated or non-isolated SMPS circuits?
Both, depending on your application. Isolated designs (flyback/forward) are used for mains input; non-isolated (buck/boost) for DC-DC needs.
Can you include power factor correction (PFC)?
Yes, PFC is available on request, especially recommended for AC-DC designs above certain power levels or for regulatory compliance.
What output configurations can you support?
I can design single-output or multi-output supplies (e.g., 5V + 12V rails), depending on your project's needs.
Will the design meet safety/EMI standards?
I follow best practices for isolation and EMI reduction, but formal certification testing (UL, CE) isn't included. I can design with these standards in mind if specified.
