SimpleFOCmini FOC Brushless DC Motor Driver Board

SKU: DRI0058

The SimpleFOCmini brushless DC motor driver board simply connects to the control signal and the motor's UVW three-phase wires to achieve open/closed-loop control of the position, speed, and torque of a BLDC motor. It supports SPWM and SVPWM control algorithms, but not the traditional 6-step commutation control algorithm. Using it with a three-phase brushless DC motor allows for quick startup using the SimpleFOC open-source library, and is compatible with development boards such as Arduino, ESP32, and Raspberry Pi.

Overhead shot of SimpleFOCmini Brushless DC Motor Driver Board
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  • Tech Specs
  • Specification

    Parameter Value
    Input power supply voltage 8-30V
    Maximum output current per channel 2.5A
    Onboard 3.3L LDO output Maximum current 10mA, maximum PWM frequency 200kHz
    Control signal compatibility 3.3V/5V
    Dimensions 26*21.5mm

    Pinout

    Pin Function Description
    VCC Positive input power Input power 8-30V
    GND Negative input power
    IN1 Channel 1 input When IN1 is high, M1 is also high; when IN1 is low, M1 is also low
    IN2 Channel 1 input When IN2 is high, M2 is also high; when IN2 is low, M2 is also low
    IN3 Channel 1 input When IN3 is high, M3 is also high; when IN3 is low, M3 is also low
    EN Enable input Simultaneously controls the enable of Channels 1, 2, and 3. Input is valid when high
    3.3V 3.3V power supply 3.3V power supply output, maximum output current 10mA
    RESET Reset input Sets the chip to summer position and disables the output. Active low
    SLEEP Low-power mode Low-power sleep mode, active low
    FAULT Fault signal output Outputs protection signals for overtemperature and overcurrent, active low
    M1 Output channel 1 Output terminal, follows the IN1 signal, and the output amplitude is the power supply voltage
    M2 Output channel 2 Output terminal, follows the IN2 signal, and the output amplitude is the power supply voltage
    M3 Output channel 3 Output terminal, follows the IN3 signal, and the output amplitude is the power supply voltage

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