


Description:
L293D Motor Driver Shield for Arduino is a compact and powerful module designed to allow easy control of motors with an Arduino board. It features a dual H-Bridge motor driver, which makes it perfect for driving two DC motors or a stepper motor in forward and reverse directions. The shield integrates seamlessly with your Arduino setup, providing an efficient solution for controlling motors in robotics, automated systems, and various other motor-driven projects.
With support for PWM (Pulse Width Modulation) speed control, you can easily adjust the speed of the motors through software commands. The L293D Motor Driver Shield is equipped with built-in protection mechanisms like overcurrent protection and thermal shutdown, ensuring the safety and longevity of your project.
This shield is designed to fit directly onto your Arduino board, providing easy connections to motors via terminal blocks, making the wiring process hassle-free. It also offers an external power supply for the motors, ensuring that the Arduino itself isn’t overburdened by high motor power requirements.
Perfect for DIY enthusiasts, hobbyists, and engineers, the L293D Motor Driver Shield allows you to quickly integrate motor control functionality into your Arduino projects. Whether you're building a robot, motorized vehicle, or other automated systems, this shield is the ideal solution to drive motors effectively and safely.
Features:
1. Dual H-Bridge Motor Driver
2. Integrated with Arduino
3. Motor Power Supply
4. Motor Speed Control
5. Overcurrent Protection
6. Full and Half Bridge Configurations
7. Easy Motor Connections
8. Compatible with Various Motor Types
9. Indicator LEDs
10. Compact Design
11. Versatile Applications
Diagram:

Specifications:
Motor Channels | 2 motors |
Output Voltage Range | 4.5V to 36V |
Continuous current | 600mA |
Peak current | 1.2A per |
Motor Voltage | 4.5V to 36V, |
Logic Voltage | 5V |
Current Handling | 600mA |
Size | 60mm x 70mm x 15mm |
Weight | 20-30g |
Reviews
Popular Products

























































































































































































































































































































