Brushless Motor N20-10170 3V-6V 25,000 RPM

Description

What is it The Brushless Motor N20-10170 is a high-performance brushless motor offering excellent speed and efficiency. It operates with a voltage range of 3V to 6V, making it versatile for various project types. Key Features Operating Voltage: 3V-6V Maximum RPM: 25,000 What can it be used for Ideal for robotics and modeling projects, this motor is compatible with Arduino and other microcontrollers. It can be used to create simple remote-controlled carts or any device requiring a powerful and efficient motor. Tutorial: How to Use N20-10170 Brushless Motor The N20-10170 3V-6V 25,000 RPM brushless motor is ideal for projects that require a powerful and efficient motor. Suitable for beginners and intermediates. What you need N20-10170 Motor Arduino MOSFET driver Pull-up resistor Power cable Steps 1. Connect the motor to the MOSFET driver. 2. Connect the MOSFET driver to the Arduino output pin. 3. Connect the pull-up resistor between the Arduino output pin and VCC. 4. Connect the power cable to the motor. 5. Download a sample sketch onto Arduino. 6. Upload the sketch to Arduino. 7. Check that the motor moves when a signal is sent. 8. Refer to the datasheet for further details. Example Code “` void setup() { pinMode(9, OUTPUT); } void loop() { digitalWrite(9, HIGH); delay(1000); digitalWrite(9, LOW); delay(1000); } “` Mini-project Create a simple remote-controlled cart using Arduino. Common Errors Connecting the motor directly to Arduino without a MOSFET driver. Omitting the pull-up resistor. Setting the wrong pin on Arduino. Supplying voltages outside the 3V-6V range. Recommended Accessories MOSFET driver Pull-up resistor Power cable Arduino FAQ How to choose a MOSFET driver? Choose a MOSFET driver that supports at least 6V and the current required from the motor datasheet. What voltages can it handle? The motor operates between 3V and 6V. What are the current limits? Check the datasheet for maximum current limits. Does it work with Arduino Uno? Yes, but ensure the MOSFET driver supports the Arduino Uno voltage.