Package Contents Table:

Component | Quantity

L298N Motor Driver Board Module | 6



Product Specifications Table:

Specification | Detail

Configuration | Dual H-Bridge

Logic Voltage | 3.3V to 5V Compatible

Mounting Compatibility | 6-32 ASE or M3 Metric Screws

Connection Type | Screw Terminal Blocks

Supported Motors | DC Brushed, 2-Phase Stepper



Usage Instructions:

1. Mount the module securely to your project chassis utilizing the pre-drilled holes with M3 or 6-32 ASE screws.

2. Strip approximately 5mm of insulation from your motor and power wires.

3. Insert the stripped wires into the designated blue terminal blocks on the board.

4. Secure the wires by tightening the screws on the terminal blocks, ensuring no loose connections.

5. Connect your microcontroller logic pins to the corresponding input pins on the module to initiate programming and control.



Applicable Scenarios and Target Users:

This motor driver module is suited for technology educators, students, and DIY electronics hobbyists. It serves as a dependable component for classroom robotics projects, intelligent vehicle builds, and custom mechanical automation devices like pickup winders. The board manages dual DC motors efficiently, providing a practical hands-on learning tool for programming and circuitry fundamentals.

[COMPLETE PACKAGE CONTENTS]: Each pack includes 6 L298N motor driver board modules. The exact hardware features a dual H-bridge configuration, an integrated heatsink for thermal regulation, standard blue terminal blocks for secure wire retention, and pre-drilled mounting holes that accept either 6-32 ASE or M3 metric screws.
[DIRECT LOGIC COMPATIBILITY]: The controller module processes signals efficiently and operates smoothly with standard 5V signals as well as 3.3V logic levels. Users can directly connect this board to a 3.3V microcontroller without requiring an external logic level converter, which simplifies the overall circuit layout and reduces component count.
[RELIABLE DUAL CHANNEL OPERATION]: Engineered to independently manage two DC brushed motors or a single 2-phase stepper motor simultaneously. The built-in heatsink actively dissipates thermal buildup during continuous operation, making these units steady workhorses for standard hobby motors and lightweight mechanical tasks operating under 0.51 Amps no-load current.
[STRAIGHTFORWARD USAGE INSTRUCTIONS]: Begin by securing the module to your chassis using the standard M3 mounting holes. Strip the ends of your connection wires, insert them directly into the blue terminal blocks, and tighten the retaining screws for a solid electrical connection without the need to solder wires directly to the board.
[SUITABLE FOR EDUCATIONAL SCENARIOS]: Highly suited for technology class educators instructing students in introductory programming, intelligent car creation, and basic automation logic. These modules provide a highly accessible platform for hobbyists building custom wheeled robots, automated pickup winders, and interactive interactive electronics.