Btree 3Pcs L298N Motor Drive Controller Board Review - Review

Introduction

In the world of robotics and DIY electronics, having precise control over motors is essential for bringing your creations to life. The Btree 3Pcs L298N Motor Drive Controller Board offers a reliable and efficient solution for driving DC motors and stepper motors in your projects. With its high-performance features and strict chip selection, this module is a must-have for Arduino enthusiasts and smart car robot builders.

Strictly Selected Chip for Optimal Performance

The heart of this motor drive controller board is the L298N chip, renowned for its strong driving ability, low heat generation, and robust anti-interference capabilities. The built-in low on-resistance MOS switch ensures efficient power delivery, enabling the board to drive one 2-phase stepper motor, one 4-phase stepper motor, or two DC motors with ease. With a 15-pin package, the chip delivers optimal performance for a variety of motor types.

Dual H-Bridges for Versatile Motor Control

Equipped with two high-voltage and high-current full-bridge drivers, the motor drive module allows you to control DC motors, stepper motors, relay coils, and other inductive loads effortlessly. The H-bridge design offers dual-channel driver capabilities, supporting direct control of two 3-30V DC motors or a combination of stepper motors. With a maximum current of 3A and continuous current of 2A, you can power your projects with precision and efficiency.

High Efficiency and Performance Parameters

The Btree L298N Motor Drive Controller Board operates within a voltage range of 5V-35V and can handle a drive current of up to 2A per bridge. The logic part of the board has a power supply range of 4.5-5.5V, with a logic current consumption of 0mA-36mA. The control signal input voltage ranges from 4.5V to 5.5V, ensuring seamless integration with your existing setup. With a maximum power consumption of 20W, this board offers both power and efficiency for your motor control needs.

Notes for Optimal Performance

To ensure proper functionality, it is important to note that if the 5V power supplied by the L298N is different from the power source for the microcontroller, the GND connections of both devices must be linked. This connection establishes a common reference point for the logic signals, enabling smooth operation. Additionally, activating the input pins of the on-board 5V regulator chip and the motor power supply drive terminal is essential for seamless motor control.

Btree 3Pcs L298N Motor Drive Controller Board Review

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