I will design custom multi rail power supply pcb, dc dc converter and embedded firmware
Electronics engineer
About this Gig
Hello and Welcome!
Designing a reliable multi-rail power supply is not simply about generating different voltage levels. Each rail must meet its load's voltage, current, ripple, transient-response, and thermal requirements while maintaining stable operation across the entire system.
Whether you are developing an industrial controller, an embedded system, an IoT device, robotics hardware, or a custom electronic product, I can help translate your power requirements into a practical, well-documented PCB design.
What I Will Provide:
- Custom multi-rail power supply PCB design
- Schematic capture and component selection
- Buck, boost, and DC-DC converter integration
- Multiple voltage rail and current requirements planning
- PCB layout and thermal considerations
- Embedded firmware for supported digital power-control functions
Why Choose Me?
- Engineering-focused power electronics design
- Careful component and datasheet analysis
- Attention to power integrity and thermal performance
- Organized, editable manufacturing deliverables
- Clear communication and project-specific solutions
Message now and Let's turn your power requirements into a reliable, application-specific power electronics solution!!!
Other Electronics Engineering Services I Offer
FAQ
What information do you need to start?
Please provide input voltage, required output rails, voltage/current ratings, project requirements, and any reference designs.
Can you design multiple voltage rails on one PCB?
Yes, I can design multi-rail power supplies with different voltage levels and current requirements.
Do you design DC-DC buck and boost converters?
Yes, I can design buck, boost, and other suitable DC-DC converter circuits based on your requirements.
Will I receive manufacturing files?
Yes, depending on your package, deliverables can include schematics, PCB layout files, BOM, and Gerber files.
Can you include embedded firmware?
Yes, if your design requires digital power control, monitoring, sequencing, or communication. Firmware scope is quoted according to complexity.

