I will design bldc motor controller, ev controller with igbt, mosfet, and gate driver
PCB design and Embedded system expert
Über diesen Service
HELLO AND WELCOME!!
Power electronics starts with the switching stage, gate-drive architecture, current sensing, and control strategy not just a PCB layout.
I will design a custom BLDC motor controller, PMSM/EV motor controller, or high-power motor control PCB using MOSFETs, IGBTs, gate drivers, current sensing, protection circuits, and microcontroller-based control. Whether you need a controller for an electric vehicle, e-bike, scooter, robotics platform, industrial motor, or custom BLDC application, I can develop the electronics around your voltage, current, motor, control, and thermal requirements.
What I Will Provide:
- BLDC motor controller design
- EV motor controller design
- PMSM motor controller electronics
- MOSFET-based inverter design
- IGBT-based inverter design
- High-side/low-side gate driver circuits
- 3-phase inverter power stage
- Schematic and PCB layout
- BOM and component selection
- Gerber and manufacturing files
Why Choose Me?
- Power-electronics-focused PCB design
- Careful MOSFET/IGBT and gate-driver selection
- Clear documentation and professional communication
Message me now and let's define the right power stage and controller architecture for your project!!!
FAQ
What type of motor controllers can you design?
I can design custom BLDC, PMSM, EV, 3-phase motor controllers, and motor driver PCBs based on your voltage, current, motor, and control requirements.
Can you design an IGBT-based motor controller?
Yes. I can design IGBT power stages and gate-driver circuits for suitable high-voltage or high-power motor-control applications.
Can you design MOSFET-based BLDC controllers?
Yes. I can design MOSFET-based 3-phase BLDC motor controllers, including gate drivers, current sensing, protection, and PCB layout.
Can you design an EV motor controller?
Yes. I can develop the electronics for EV motor controllers including the inverter power stage, gate drivers, sensing, protection, MCU interfaces, and CAN communication where required.
Can you design a 3-phase inverter?
Yes. I can design a 3-phase inverter power stage using appropriate MOSFETs or IGBTs based on the required voltage, current, switching frequency, and application.
Can you integrate Hall sensors, encoders, or CAN?
Yes. Hall sensors, encoders, CAN, and other interfaces can be incorporated when they are required by the motor-control architecture.

