Now we will use this variable resistor to control the vibration of the micro vibration motor.This tutorial has been updated to use version 1.0+ of the Arduino software, and compatible libraries. Now connect the grey wire with the ground…Ĭonnect the red wire of the vibration motor with pin number 5 which is the PWM pin of the Arduino…Ĭonnect the blue wire with the Arduino’s ground…. Interfacing of the Vibration Motor and Variable Resistor with Arduino:Ĭonnect the middle leg of the variable resistor with analog pin A1 of the Arduino… the red wire is the positive and the blue wire is the ground. As you can see the vibration motor has small thin wires due to which it’s really hard to interface this with the Arduino, so I decided to fix the vibration motor on a small PCB board.Īs you can see the two wires are soldered and now it can be easily interfaced with the Arduino.
The rated voltage is 3.7 volts and the current is. The working voltage of the vibration motor is 2 to 5 volts. Red is the positive wire while black is the ground wire. This is the micro vibration motor, as you can see it has two wires red and black. I would appreciate your support in this way! Micro Vibration Motor: I may make a commission if you buy the components through these links. Without any further delay, let’s get started!!!!! by rotating the knob of the variable resistor the vibration can be increased and decreased. For the best understanding, a variable resistor will be used to control the vibration motor. In this tutorial, you will learn how to use a micro vibration motor with Arduino. Micro Vibration Motor Arduino Programming:.
Interfacing of the Vibration Motor and Variable Resistor with Arduino:.
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