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BOSON Motor Controller Module o9

SKU: BOS0024

The motor controller module can be used to control robotic car to move, and drive the conveyor belt and the sliding device. To realize complicated functions, sometimes the single-direction rotation of a motor is not enough, and a motor controller module is necessary for achieving variable motor direction and speed, such as making electric fans and water pumps. This module works well with maincontrollers such as micro:bit and Arduino, and can be used for not only Mind+ and MakeCode graphical programming but also non-programming projects.

BOSON: Motor Controller Module o9
  • Docs
  • Tech Specs
  • Certifications

    • 1. Example Code for micro:bit-Start the Motor

    This article offers a detailed guide on starting a motor using micro:bit, covering hardware requirements, software tools, wiring diagrams, and providing sample code for both Mind+ and MakeCode graphical programming. It also includes video demonstrations for non-programming and programming projects, alongside a flowchart to visualize program flow.

    2. Example Code for micro:bit-Make A Whisk

    This article offers a comprehensive guide to constructing a whisk using micro:bit, featuring detailed hardware and software preparation, wiring diagrams, and sample codes for both Mind+ and MakeCode programming environments. Additionally, it includes video demonstrations of the project's outcomes and a program flowchart for enhanced understanding.

    3. Example Code for micro:bit-Line-tracking Car

    This article provides a comprehensive guide to building and programming a micro:bit line-tracking car. It includes hardware preparation, software setup using Mind+ and MakeCode, detailed wiring diagrams, and sample code for implementation. Readers will learn how to create a functional line-tracking car by following step-by-step instructions and utilizing the provided resources.

    Reference

    This article explains the principle of motor controllers, emphasizing their role in converting electric energy into kinetic energy and the importance of a controller module to provide adequate driving current. It also details four preset modes for optimizing motor speed and direction.

    Specification

    Parameter Value
    Operating Voltage 3.3V-5V
    Operating Current 10mA
    Interface Mode PH2.0-3P
    Dimension 26×39mm/1.02×1.54"
    Signal Type digital signal (0 or 1)

    Pinout

    Label Name Description
    1 Signal Digital Signal Line
    2 VCC Power Positive
    3 GND Power Negative
    4 Motor + Motor Power Positive
    5 Motor - Motor Power Negative
    6 Toggle Switch Motor Mode Selection
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