Motor DriversSKU: B0601V10000005
Boardoza DRV8307 48W Three-Phase BLDC Motor Driver Breakout Board
This board is a high-efficiency three-phase BLDC motor driver designed with the Texas Instruments DRV8307 IC. Working together with external MOSFETs, it provides low-loss and powerful motor driving capability. The design includes current sensing, PWM-based control, as well as direction and brake inputs.
The DRV8307 offers simplicity and reliability in motor control solutions. With up to 24V operating voltage, built-in protection circuits, and flexible control interfaces, it is suitable for industrial fans, pumps, electric vehicles, and hobby applications.

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Key Features
- Power Supply : (+8.5V) - (+24V)
- Continuous Output Current : Up to 15A
- Hall sensor power is “5V”
- Motor direction is “forward” or “reverse”
- Thanks to the integrated driver structure with the DRV8307 IC, three-phase BLDC motors can be easily driven.
- With its internal MOSFET driver stage, high-current motor control is achieved through external power MOSFETs.
- Using the H-bridge topology, forward and reverse motor control is possible.
- Motor current sensing is implemented through a low-side shunt resistor.
- PWM control input and direction/brake (DIR / BRAKE) pins allow easy integration with microcontrollers.
- With an operating capability of up to 24V (as shown with +24V supply in the schematic), it is suitable for industrial applications.
- The board includes voltage regulation and protection circuits.
- External N-channel MOSFET structure for high-current motor control. DIR Pin Motor Direction Logic High Forward Logic Low Reverse
- Application Areas:
- Industrial fan drivers
- Pump motor control
- Robotic systems
- Small automation systems
- Educational and hobby BLDC projects
- General-purpose sensored BLDC motor applications
Technical Specifications
- Item
- B-DRV8307-BRK
- Input Voltage
- 8.5V / 24V
- Functions
- 3-Phase BLDC motor driver board
- Output Current
- 15 A
- Board Operation Temperature
- -40/+85 ºC
- Board Dimensions
- 60x60mm
Support
For technical questions, documentation and issue reports, use the GitHub repository or write to us directly.
