Micro Vibration Motor Small Size 12*3.4mm for Phones and Toys

Description

What is the Micro Vibration Motor? The micro vibration motor with reduced dimensions of 12*3.4mm is designed for applications such as phones and toys, where space is limited but tactile feedback functionality is essential. Features Dimensions: 12*3.4mm Suitable for phones and toys How to Use This micro vibration motor can be used in various projects, such as creating a small device that vibrates when it receives a notification from an app. It is compatible with Arduino and can be controlled via scripts to activate the motor in response to certain events. Tutorial: How to Use Micro Vibration Motor 12*3.4mm This micro vibration motor is ideal for adding tactile feedback effects to your projects, such as phones or toys. It is perfect for both beginners and more experienced makers. What You Need Arduino Uno Breadboard Jumper Wires Resistor (check datasheet) Power Supply 3-5V Steps Connect the motor to the power supply between 3 and 5 volts. Connect a wire to the motor pin that will be controlled by the Arduino (check datasheet). Use a resistor in series with the motor to limit the current (check datasheet). Connect the other end of the resistor to an output pin of the Arduino. Upload the Arduino sketch that will activate the motor when required. Example Code void setup() { pinMode(9, OUTPUT); } void loop() { digitalWrite(9, HIGH); // Activate the motor delay(500); digitalWrite(9, LOW); // Deactivate the motor delay(500); } Mini Project Create a small device that vibrates when it receives a notification from an app. Use the Arduino to read the data and activate the motor. Common Mistakes Do not connect the motor directly to the power supply without a resistor. Use a power supply voltage higher than 5V. Do not check the motor specifications on the datasheet. Omit the series resistor to limit the current. Recommended Accessories Variable Resistors Motion Sensors Arduino Nano 3.7V LiPo Battery Frequently Asked Questions The motor vibrates continuously, what should I do? Check for errors in the connection or the Arduino sketch. How can I regulate the vibration power? Add a variable resistor in series with the motor to control the intensity.