L298P Motor Driver Shield for Arduino - L298 Motor Driver

L298P Motor Driver Shield for Arduino is a highly versatile motor driver shield, known for its seamless interface with various components such as relays, solenoids, DC, and stepping motors. The motor driver shield facilitates easy management of motors without cumbersome wiring, making it an ideal choice for any robotic project. As one of the top motor driver shield options, it heavily supports Arduino motor control, enhancing both simple and complex projects with ease.

Key Features - L298P Motor Driver Shield for Arduino

• Onboard Buzzer (D4)
• Integrated Bluetooth Interface
• Six Analog Interface
• Simplified Forward & Backward Indicators
• Direct DC Motor & Stepper Driver
• Seamless Servo Connectivity (Pin D9)
• Versatile Use with Arduino
• Robust and Durable Design
• Comprehensive Motor Control Features
• Based on L298 H-bridge dual motor driver IC
• Supports PWM speed control
• Can be powered via Arduino or an external supply
• Provides current sensing circuitry for monitoring motor drive current
• Includes screw terminals for secure motor connection

Applications

The L298P Motor Driver Shield is excellent for creating automated systems. It works superbly in robotic projects, like DIY remote-controlled cars, and automated plant watering systems. The motor shield driver is popular for educational setups and even hobbyist tasks, providing high-quality motor control combined with easy integration.

Technical Specifications

How to Use - L298P Motor Driver Shield for Arduino

• Connect the L298P Motor Driver Shield onto an Arduino board by plugging it into the appropriate header pins.
• Connect motors to appropriate terminals using the screw terminals on the shield.
• Supply power to the shield either through the Arduino or through an external power source connected to the shield.
• Utilize digital pins D10-D13 for motor control.
• Employ digital pin D9 for servo control.
• Integrate your Bluetooth module into the female header.
• Load necessary libraries or sketches to your Arduino IDE that support motor driving functionalities.
• Use basic Arduino commands to control the direction and speed of the motors, such as `analogWrite()` for PWM speed control.
• Monitor motor current through the current sensing feature if needed to ensure the setup does not overload.

Package Includes

1 x L298P Motor Driver Shield for Arduino

Additional Resources

Video Tutorials