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I will design drv8302 drv8323 bldc pcb motor controller and embedded firmware
pcb design and firmware development
Hi, I’m Justin, a PCB Design, Embedded Systems, and Firmware Development engineer focused on turning hardware concepts into reliable, manufacturable products. I specialize in schematic capture, PCB la...
About this Gig
Hello and Welcome!
A BLDC controller is only as reliable as its power stage, gate-drive timing, current feedback, and control firmware working together. I design DRV8302/DRV8323-based BLDC motor controller PCBs with the electrical and embedded-control architecture required for stable, efficient, and production-oriented motor operation.
Whether you need a FOC, sensorless, or Hall-sensor BLDC controller, I can develop the complete hardware and firmware around your motor, voltage, current, speed, and application requirements.
What I Will Provide:
- Complete schematic design
- Professional PCB layout
- Component selection and BOM
- Gerber and manufacturing files
- Firmware source code
- Motor-control configuration
- PCB design files
- Design documentation
- ERC/DRC and design-rule checks
- Manufacturing-ready package
Why Choose Me:
- Motor-control focused engineering
- Hardware + firmware expertise
- Production-ready PCB approach
- Clean, organized schematics
- Protection-first power-stage design
- Firmware tailored to your hardware
- Clear technical communication
- DFM-conscious PCB development
Message now and Lets build a reliable motor-control system from the power stage to the firmware!!!!
FAQ
What BLDC controllers can you design?
I design custom DRV8302/DRV8323-based BLDC, FOC, ESC and 3-phase motor controllers.
Can you develop the firmware too?
Yes. I can develop embedded firmware for commutation, PWM, current sensing, speed control, FOC and communication.
Can you design sensorless BLDC control?
Yes. I can implement sensorless control using back-EMF detection and suitable motor-control algorithms.
Do you support Hall sensors and encoders?
Yes. Hall sensors, incremental encoders and other rotor-position feedback methods can be integrated.
Can you design high-current motor controllers?
Yes. The PCB can be optimized for your required continuous and peak current, thermal limits and switching frequency.
