The L298N motor driver is an efficient and versatile tool designed specifically to drive DC motors and stepper motors with ease. As a highly-rated motor driver, the L298N motor control offers excellent power management with a maximum current of 2A per motor. This motor driver for stepper motor applications is equipped with the widely recognized L298N driver IC, ensuring efficient operation and reliability. Known as a dual h bridge motor driver L298N, it accepts standard TTL logic levels and can drive inductive loads such as relays, solenoids, and motors. This L298N motor driver module is ideally suited for various robotics and mechatronics projects. Whether you're building a robot arm or a line-following vehicle, this module offers simple, powerful solutions for controlling motor directions and speed. It accommodates up to four DC motors or two DC motors with directional and speed control, making it adaptable for diverse project needs. The dual h bridge motor driver L298N boasts up to 4A peak current capability (with proper heat dissipation) and supports up to 50V. With onboard features like a 5V regulator, power-on LED indicator, built-in power diodes for back EMF protection, and overcurrent protection, this motor driver module provides an essential toolkit for innovators and hobbyists.
Key Features - L298N Motor Driver
Current Sense for each motor.
Heatsink for enhanced performance.
Power-On LED indicator.
Dual H bridge Drive Chip: L298N.
Operating Voltage: 5V-35V.
Peak Current: 4A with proper heat dissipation, Continuous Current: 2A per channel.
Two Channels with Over-Current and Thermal Protection.
Standard TTL input compatible.
Built-in power diodes for back EMF protection.
On-board 5V regulator for powering microcontrollers or sensors.
The L298N motor driver is equipped with a robust heatsink to enhance performance.
Utilize the L298N dual h bridge motor driver for seamless motor control in your projects.
This motor driver is perfect for Arduino motor driver L298N configurations.
Experience reliable power management with the L298N motor driver.
Applications
Ideal for use in robotics and automation, the L298N motor driver is commonly utilized in projects involving microcontrollers like Arduino. The L298N motor driver offers exceptional performance in driving stepper motors in 3D printers and CNC machines. The L298N controller ensures reliable operation for directional and speed control in robotic vehicles. It is an excellent choice for DIY enthusiasts experimenting with motor control in hobby projects. Developers seeking a straightforward solution for complex mechatronics tasks will appreciate the L298N motor driver. Educational applications also present opportunities for using this L298N dual h bridge motor controller in learning environments focused on motor control and automated machinery. Additionally, its functionality lends itself well to crafting custom lighting projects using high-powered LED arrays.
Technical Specifications
Product Specification
Value
Item Type
L298N Motor Driver
Current Rating (A)
2
Voltage Rating (V)
5 to 35
Driver Model
L298N 2A
Operating Voltage (VDC)
5 ~ 35
Peak Current (A)
4 with proper heat sinking
Continuous Current (A)
2 per channel
No. of Channels
2
Overcurrent Protection
Yes
Thermal Protection
Yes
LED Indicator
Yes
Cooling Fan
No
Arduino Shield
Wire connection, No
Max. Continuous Power (W)
25W
Dimensions (L x W x H) mm
44 x 44 x 28
Weight (g)
25
Shipping Weight
0.03 kg
Shipping Dimensions
7 × 7 × 3 cm
Logic Voltage (V)
5
Control Input Voltage, High (V)
2.3
Control Input Voltage, Low (V)
1.5
Enable Control, High (V)
2.3
Enable Control, Low (V)
1.3
The L298N motor driver module offers a maximum current of 2A per motor.
Employ the L298 dual h bridge motor driver for superior motor management.
How to Use
The L298N motor driver is engineered for straightforward connectivity and seamless integration. Start by wiring the L298N motor driver module to your power source, ensuring a voltage range from 5V to 35V. Connect the L298 motor driver input pins to the GPIO pins of your microcontroller for controlling the motor direction and speed. For activation, connect the ENA and ENB pins to a PWM source like an Arduino. Secure the motor leads to OUT1 through OUT4, determining direction and speed via In1, In2, In3, and In4. Provide an appropriate power supply to the L298N module: connect a DC power source to the module’s voltage input. For enhanced control, consolidate your grounding paths between the Arduino, power source, and L298N motor driver. Employing PWM signal processing, orchestrate precise speed adjustments with the L298N motor driver, emphasizing in the Arduino ecosystem, where digital write and PWM pins unlock advanced modulation capabilities. Ensure all connections are secure and power up your setup for operation.
Package Includes
1 x L298N 2A Based Motor Driver Module – Good Quality
