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I will design smps pcb dc dc buck boost converter and switching power supply circuits
PCB Embedded and Firmware Developement
HELLO AND WELCOME,
I'm Agboola James, an electronics engineering specialist focused on PCB Design, Embedded Systems, and Firmware Development. I help businesses, startups, and innovators transform con...
About this Gig
HELLO AND WELCOME,
I design power electronics hardware with a focus on switching topologies, power stage optimization, feedback control, and PCB level implementation for reliable power conversion.
From compact DC-DC converters to custom SMPS designs, I develop circuits and PCB layouts around your input voltage, output voltage/current, switching frequency, efficiency targets, thermal limits, and load requirements.
What I Will Provide:
- SMPS and switching power supply circuit design
- DC-DC buck, boost, and buck-boost converter design
- Schematic capture and PCB layout
- MOSFET, diode, inductor, transformer, and controller selection
- PCB grounding, current paths, and thermal considerations
- BOM, Gerber, and fabrication files as agreed
- Design review and troubleshooting support
Why Choose Me?
- Topology selection based on electrical requirements
- Practical component sizing and power stage design
- Attention to switching noise and EMI reduction
- Reliable communication and requirement driven design
Send your electrical specifications, target power rating, and preferred controller or topology. I'll review your requirements and help define the right design scope before we begin.
FAQ
What types of power supply circuits can you design?
I can design DC-DC buck, boost, and buck-boost converters, switching regulator circuits, and suitable custom SMPS solutions based on your electrical requirements.
Can you design a complete SMPS PCB?
Yes. Depending on the selected package, I can provide the schematic, PCB layout, bill of materials, Gerber files, and design documentation.
Can you design a converter for a specific input and output voltage?
Yes. Provide your input voltage range, output voltage, maximum current, and power target so I can assess the appropriate topology and components.
Do you consider efficiency and thermal performance?
Yes. Component losses, switching behavior, inductor selection, current paths, thermal dissipation, and PCB copper requirements are important design considerations. Final performance requires appropriate validation.
Can you design high current or high power converters?
Potentially, depending on the power level, cooling requirements, PCB constraints, components, and safety requirements. Please contact me before ordering complex or high power designs.
Can you work with an existing power supply schematic?
Yes. I can review an existing schematic, help identify potential design issues, improve the PCB layout, or revise the circuit based on your requirements and available documentation.
