I will design a custom solar pump motor controller pcb
Custom PCB Design for Power, Motor Control Embedded Systems
About this Gig
Need a custom BLDC ESC, FOC or PMSM motor controller PCB for your project?
I will design a professional 3-phase motor-control PCB based on your motor specifications, voltage, current, speed and control requirements. The design can include the power stage, gate drivers, current sensing, feedback interfaces, protection circuits and control electronics.
What I Offer
Custom BLDC ESC PCB design
FOC motor controller PCB
PMSM motor-control hardware
3-phase inverter / power stage
MOSFET or IGBT switching stage
High- and low-side gate drivers
Phase-current and DC-bus current sensing
Hall sensor and encoder interfaces
DC-bus voltage sensing
Overcurrent and overvoltage protection
Undervoltage and thermal protection
PWM and control interfaces
Microcontroller-based motor-control hardware
Professional PCB layout
BOM, schematic and Gerber files
Benefits
Designed around your motor and electrical requirements
Optimized power and signal routing
Proper switching and grounding considerations
Current and voltage sensing included where required
Protection circuitry for improved system reliability
Thermal and high-current PCB layout considerations
Manufacturing-ready documentation
FAQ
What information do you need to start?
Please provide your motor type, voltage, maximum current, power rating, target speed, feedback method and control requirements. An existing schematic or specification document is also helpful.
Can you design a complete BLDC ESC PCB?
Yes. I can design the ESC hardware including the 3-phase power stage, gate drivers, sensing, protection, feedback interfaces and supporting circuitry.
Do you provide the PCB manufacturing files?
Yes. Depending on the package, deliverables can include schematic, PCB source files, BOM, Gerber files, drill files and other manufacturing documentation.
Can you design hardware for FOC and PMSM applications?
Yes. I can design the PCB hardware around FOC/PMSM requirements, including current sensing, rotor-position feedback, inverter and gate-driver circuits.
Can you handle high-current motor controllers?
Yes. The power stage and PCB layout can be designed around the required voltage, current, switching devices, thermal requirements and application constraints.

