L298N Dual-Channel Bipolar DC/Stepper Motor Driver Board
[MTR-09-001]
Product Variations:
-
L298P Dual Channel Arduino Motor Driver Shield
ARD-02-002 -
L298P H-bridge Arduino Motor Driver Shield with Bu
ARD-02-003 -
L293D Motor Driver Shield for Arduino
ARD-02-044 -
7A 160W Dual Channel DC Motor Drive Module (Replac
MTR-08-023 -
L298N Dual-Channel Bipolar DC/Stepper Motor Driver
MTR-09-001 -
L298N Dual-Channel DC/Stepper Motor Driver
MTR-09-003
Volume discounts:
- +100 7 % $1.1600
- +300 10 % $1.1300
- +500 12 % $1.1000
- +1000 14 % $1.0700
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Availability:
SKU
MTR-09-001
Ships in 2-3 business days, then:
Free delivery in 10-15 days by YunExpress on orders over $35.
Free delivery in 5-7 days by DHL on orders over $200.
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$1.2500
Related Tutorials
Interfacing L298N DC Motor Driver Module with Arduino
The L298N Motor Driver Board is a versatile and robust module designed to control and drive DC motors and stepper motors in a wide range of robotics and electronics projects. This dual H-bridge motor driver offers bidirectional control of two motors or a single stepper motor, making it an essential component for creating mobile robots, vehicles, and automated systems. With its capability to handle high currents and voltages, the L298N Motor Driver Board provides a reliable and efficient solution for precise motor control and movement.
Specificatoins of L298N Dual-Channel Bipolar DC/Stepper Motor Driver Board:
- Motor Driver Chip: L298N dual H-bridge motor driver
- Operating Voltage: 5V - 35V
- Peak Current: 2A per channel (continuous), 3A per channel (peak)
- Logic Voltage: 5V (TTL compatible)
- Control Modes: Forward, Reverse, Brake, and Standby
- Motor Types: DC motors and 4-phase stepper motors
- Built-in Protection Diodes: Prevent back EMF (flyback) voltage spikes
- Dimensions: Varies based on board design
- Mounting: Screw terminals for motor connections
Features of L298N Dual-Channel Bipolar DC/Stepper Motor Driver Board:
- Usage Tip:
- When connecting motors, ensure proper polarity to avoid damaging the motor driver board. Use separate power supplies for the motors and the logic voltage (5V) to prevent interference and ensure stable motor operation.
- Caution:
- Avoid overloading the motor driver beyond its specified current and voltage ratings to prevent overheating and potential damage to the board. Use appropriate heat sinks if the motor current approaches the peak limits during extended operation.
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