I will design inverter pcb, ups hardware, smps, dc dc converter and power electronics
PCB DESIGN AND EMBEDDED SYSTEM
About this Gig
HELLO AND WELCOME,
I develop application specific power electronics hardware engineered around switching topology, power stage architecture, feedback regulation, thermal constraints, and electrical protection. From inverter and UPS control boards to SMPS circuits and DC DC converter PCBs.
WHAT I WILL PROVIDE
- Custom inverter PCB and power stage circuit design
- UPS control, charging, and power management circuitry
- SMPS schematic and switching power supply PCB layout
- DC DC buck, boost, and buck boost converter design
- MOSFET, IGBT, gate driver, and PWM control integration
- Voltage and current sensing with feedback regulation
- BOM, Gerber schematics, and editable design files
WHY CHOOSE ME
- Topology driven design tailored to your electrical specifications
- Careful switching device selection and thermal design planning
- Protection and feedback circuits considered from the design stage
- Clear documentation and deliverables aligned with project scope
Ready to build your devices Send your specifications today, and let's develop a power electronics design tailored to your voltage, current, power rating, and application requirements.
Specialization:
Circuit design
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Schematics
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Layout
File format:
Gerber
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STEP
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VRML
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3DS
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Software:
Allegro
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Altium Designer
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Eagle CAD
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KiCad
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Proteus
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Arduino
FAQ
Which power electronics systems can you design?
I can work on inverter control boards, UPS electronics, SMPS circuits, and DC-DC buck, boost, or buck-boost converters, subject to the project's voltage, power, topology, and safety requirements.
Can you design both the schematic and PCB layout?
Yes. Depending on the package, deliverables can include circuit schematics, component selection, PCB layout, BOM, and manufacturing outputs using your preferred supported design software.
Can you integrate MOSFETs, IGBTs, and gate drivers?
Yes. I can design switching-device and gate-driver circuitry appropriate to the selected topology, including attention to drive requirements, switching paths, protection, and thermal constraints.
Do you provide firmware, simulation, and hardware testing?
These can be scoped as additional services. Availability depends on the control architecture, simulation requirements, prototype access, instrumentation, and project complexity.

