The stator is a permanent magnet and provides a constant magnetic field. In a simple DC motor there are two main components, the “stator” and the “armature”. The Arduino can only provide 40 milliamps (mA) from its digital pins, much less than what most motors require to work.
To start moving, and when it has a heavy load attached, a motor will draw as much current as it can. Some motors require a higher voltage as well. Motors typically require more current than the Arduino can provide.
They’re worth the complications! Moving things takes a lot of energy. However, motors make it possible to move physical things, making your projectsmuch more exciting. First, motors require more current than the Arduino’s output pins can supply, and second, motors can generate their own current through a process called induction, which can damage your circuit if you don’t plan for it. This is the most complete guide about this module.Ĭontrolling motors with an Arduino is more complicated than just controlling LEDs for a couple of reasons. We will learn how to connect L298N H-Bridge motor driver module to Arduino board and use it with 2 DC motors. External L298N IC logics power supply (optional, depending on external motor power supply) 1 pc In this project, you needed these parts :ġ.Aruduino Uno R3 (you can also use the other version of Arduino)Ģ.L298N H-Bridge motor driver module (as you see they can be a little bit different but have the same working principle) 1pcģ.Arduino IDE ( you can download it from here )ħ. Tags: Arduino, DC motor, L298N Dual H-bridge motor driver module
Project name: L298N Dual H-bridge motor driver module, one or two DC motors 6VĪttachments: OneDCmotorWithoutSpeedcontrolsketch1,
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