Контроллер двигателя 3-10, 8 В - двухканальный - для Raspberry Pi Pico - Kitronik 5331

Product from Kitronik in the form of amotor driver. Allows you to controltwoDCmotors oronesteppermotor. The maximum current consumption per motor is1.5 Aand the supply voltage of the components rangesfrom 3 V to 10.8 V. Importantly, the controller allows simultaneous forward, reverse and stop control of two motors - all with complete control. Designed to work withRasppberry Pi version Pico.

Kitronik module for controlling stepper motors and DC motors.

• Compact size and a range of possibilities in one
• Control of a stepper motor and two DC motors
• Forward, reverse and stop control functions
• Short circuit, over current and thermal protection
• Built-in physical on/off switch and LED to indicate operating status
• Board equipped with convenient screw connectors
• The motor controller from Kitronik also includes additional GPIO connectors which can be used to connect peripherals to extend the design capabilities of the Raspberry Pi Pico

• MOTOR1 - the first motor connectors
• MOTOR2 - 2nd motor connector
• GP0 - IO pinout
• GP1 - IO pinout
• GP27 - IO pinout
• GP26 - IO pinout
• 3V - 3V power supply connector
• GND - system ground
• POWER - power supply connector for motors from 3 V to 10.8 V

The driver has GPIO pins and screw connectors.

Connecting the motor controller to the Raspberry Pi Pico.

• Compatible with Raspberry Pi version Pico
• Built-in chip: DRV8833
• Supply voltage range: 3 V to 10.8 V
• Number of supported channels:
  • DC motor: 2
  • stepper motor: 1
• Motor voltage: 3 V to 10.8 V
• Maximum current consumption per motor: 1.5 A
• IO pinouts: 4 x GPIO
• Additional terminals: +3V, GND
• Protections: short-circuit, overcurrent and thermal protection
• Dimensions:
  • PCB dimensions: 63 x 35 x 11.6 mm
  • PCB thickness: 1.6 mm
  • mounting holes diameter: 3 mm

• Manufacturer's website: Kitronik 5331
• User guide
• Sample program code for MicroPython
• Sample program code for CircuitPython
• A practical guide to modules, the MicroPython language and the Raspberry Pi Pico