Name: L293D Motor Driver Module – A Solution for Controlling DC Motors and Steppers with Versatility
SKU: 16210
Availability: InStock

Description

The Dual H-Bridge Motor Driver IC has the ability to drive two DC motors separately or one stepper motor for rotating forward and in reverse, with motions in both directions.
Motor Operation makes its efficient with commands that require set PWM to achieve the desired speed and direction.
Compatibility is identified by the ability to work with Arduino, ESP32, Raspberry Pi, and other microcontrollers without having to be altered.
Protection has been integrated by the use of built-in flyback diodes to backup the driver and the motors from damage while in motion.
Compact Design: Perfect fit for small robotics and systems that have embedded capabilities.

Specifications

Specification	Details
IC	L293D Quadruple Half-H Drivers
Motor Channels	2 (channel independent)
Operating Voltage	4.5V to 36V DC for the motor power supply
Logic Voltage	5V logic supplied from any microcontroller
Output Current	Per Channel: 600mA (peak: 1.2A)
Control Pins	EN1/EN2: Able to connect to PWM pins to enable speed control for the motors. IN1/IN2 and IN3/IN4: Enable the user to change the direction of the controlled motors.
Motor Types Supported	DC motors Stepper motors with unipolar or bipolar configurations
Dimensions	55.0mm * 25.0mm * 12.0mm (approximately)

Features

Drives two motors at the same time independently.
Can control bi-directional motor movement in both forward and reverse.
Wide range of DC and step-motors can be operated seamlessly.
Thermal shut down short circuit protection inclusively built into the system.
Robust yet compact and perfect for hobbyists and industrial projects.
The set of components documented here comprises: 1 x L293D Motor Driver Module and optionally, one connector cable set. The primary applications of this hardware are in robotics and motorized automation systems, DIY car and robot projects, conveyor belts and other automated mechanisms, as well as learning platforms for motor control.

Applications

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