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Arduino Motor Shield Rev3 A000079

₹2,979.00 (Inclusive of all taxes)
Out of Stock

The Official Arduino Motor Shield Rev3 (A000079) empowers your Arduino UNO projects with robust motor control capabilities. Featuring the L298P dual full-bridge driver, this shield efficiently manages two DC motors or one stepper motor, ideal for robotics and automation.

Features

  • Integrates L298P dual full-bridge driver for powerful motor control.
  • Independently controls two DC motors or one stepper motor with ease.
  • Directly compatible with Arduino UNO boards for seamless integration.
  • Includes 6 TinkerKit connectors for expanded modularity and prototyping.
  • Features screw terminals for secure and reliable motor connections.

Out of stock

Description

The Arduino Motor Shield Rev3 (A000079) is a vital expansion for Arduino boards, designed to provide advanced motor control for a wide array of projects. Built around the L298 dual full-bridge driver, this shield allows users to drive inductive loads such as DC motors, stepper motors, relays, and solenoids with precision. Its robust design ensures reliable operation, making it perfect for educational, hobbyist, and professional applications requiring motion control.

This shield offers independent control over two DC motors, enabling adjustment of speed and direction for each motor separately. It also incorporates current measurement functionality, allowing developers to monitor motor current absorption for diagnostic purposes and optimizing performance. With TinkerKit compatibility and a user-friendly layout featuring screw terminals, the Motor Shield Rev3 simplifies complex wiring, accelerating project development from conception to execution.

Key Features

  • Dual Full-Bridge Driver (L298P): Controls two DC motors independently or one stepper motor.
  • Independent Motor Control: Adjust speed and direction for each motor channel.
  • Current Measurement: Monitors motor current absorption for diagnostics.
  • TinkerKit Compatibility: Features 6 TinkerKit connectors for easy module integration.
  • User-Friendly Design: Simplifies wiring with screw terminals for secure connections.
  • Protection Features: Includes thermal shutdown and overload protection for safe operation.
  • Status LEDs: Two LEDs per channel provide visual feedback on motor operational status.
  • PWM Control: Utilizes Pulse Width Modulation for precise speed regulation.

Applications

  • Robotics platforms and autonomous vehicles.
  • Home automation projects requiring motor actuation (e.g., blinds, valves).
  • CNC machines and 3D printer mechanisms.
  • RC projects and remote-controlled devices.
  • Educational kits for teaching motor control and embedded systems.

Technical Specifications

Motor ControllerL298P
Operating Voltage5-12V
Maximum Current (per channel)2A
Maximum Current (with external power supply)4A
Maximum Voltage (VIN)18V
TinkerKit Connectors6
Screw TerminalsYes
Status LEDs2 per channel
CompatibilityArduino UNO

Frequently Asked Questions

What types of motors can the Arduino Motor Shield Rev3 control?

The Rev3 shield, built on the L298P dual full-bridge driver, can control two independent DC motors or one bipolar stepper motor. It supports inductive loads like relays and solenoids, making it versatile for various motion control and automation projects.

What is the maximum current output of this shield?

The shield can deliver up to 2A per channel when powered by the Arduino board. With an external power supply connected to the VIN terminal, the total maximum current capability increases to 4A, shared across both channels.

Is the Arduino Motor Shield Rev3 compatible with other Arduino boards?

It is primarily designed for direct compatibility with the Arduino UNO, but it can also be used with other Arduino boards (like Leonardo, Mega 2560) that share the same shield pinout. Pin usage should be verified for specific board compatibility.

What are the TinkerKit connectors for?

The six TinkerKit connectors facilitate easy integration with TinkerKit modules without soldering. This simplifies prototyping by allowing quick connections for various sensors, actuators, and other peripheral components, expanding the shield's functionality.

How do I power motors requiring more than 5V?

For motors requiring higher voltage (up to 18V) or current beyond what the Arduino can supply, an external power supply should be connected to the VIN screw terminal on the shield. This isolates motor power from the Arduino's 5V rail.

Package Includes

  • 1 x Official Arduino Motor Shield Rev3 A000079