Haptic Feedback Module: 3V - 5V

Control this Mini Vibrating Motor Disc from an Arduino or other microcontroller via PWM! 3 Pins: Power 3 to 5V, Ground 0V and IN which takes PWM input from any microcontroller. Motor included directly on the board!

Specification:

• Operating Voltage: 3V - 5.3V
• Motor Starting Voltage: 3.7V
• Operating Current: 60mA
• Motor Starting Current: 90mA
• Onboard Motor Size: 10mm diameter x 2.7mm height
• Board Size: 23mm x 21mm
• Rated RPM: 9000
• M3 3mm diameter mounting holes for easy mounting
• Mounting Hole Pitch: 15mm
• 3 Pin Connector Pinout
  • VCC: 3.7V to 5.3V
  • GND: 0V Ground
  • IN: Input (High is ON, Low is OFF) (connect to Arduino Digital Pin or other microcontroller PWM output pin)
• Control the vibration intensity via PWM
• Converts electrical PWM (pulse width modulation) signals to mechanical vibration
• Header Pin Pitch: 2.54mm
• Comes fully assembled (no soldering required)
• Operating Temperature: -20 to 60C

 
/*
Haptic Feedback Module Arduino Sample Code
Connection Diagram:
Arduino GND -> Module GND
Arduino 5V -> Module VCC
Arduino Pin 9 -> Module VIN
*/
int VinPin = 9; //The signal input pin VIN is connected to pin 9 on the Arduino
void setup()
{
    pinMode(VinPin, OUTPUT);
}
void loop()
{
    //Turn ON to the highest setting for 1 second, then OFF for 1 second
    digitalWrite(VinPin, HIGH); //vibrate on max
    delay(1000); // delay one second
    digitalWrite(VinPin, LOW); //stop vibrating
    delay(1000); //wait one second.
 
    // Pulse gradually, intensity rises and falls
        // Fade on
        for(int strengthVal = 0; strengthVal <= 255; strengthVal +=1)
        {
            analogWrite(VinPin, strengthVal);
            delay(15);
        }
        // Fade off
        for(int strengthVal = 255; strengthVal >= 0; strengthVal -=1)
        {
            analogWrite(VinPin, strengthVal);
            delay(15);
        }
 
        delay(1000); //wait one second
}