From Makers Electronics's description

L298 Motor Driver Module The L298 Motor Driver Module is a versatile and powerful solution for controlling the direction and speed of two DC motors or one stepper motor. Utilizing the popular L298N driver IC, this module allows for precise motor control in various applications, making it ideal for robotics, automation, and DIY projects. The module features screw connectors for easy and secure connections to power sources and motors, allowing you to fasten wires with a screwdriver for a reliable setup. Control signals are conveniently output through gold pin connectors, enabling seamless integration with popular development boards like Arduino. This flexibility allows for straightforward wiring and programming, making it accessible for both beginners and experienced users. PINOUT: PIN DESCRIPTION +12V The voltage of the motor’s power supply. +5V The power of the theological part with the regulator – is active after you remove the jumper 5V. GND The weight of the system OUT1, OUT2 The channel outputs of engine A. OUT3, OUT4 The channel outputs of engine B. ENA PWM signal to control the rotational speed of the engine A. By default, it is connected to 5 V by jumper -which means that the engine works with the maximum speed. IN1, IN2 Control of channel A direction ENB PWM signal to control the rotation speed of motor B. By default, connected to the 5 V by jumper – it means that the engine works with maximum speed. IN3, IN4 Direction control of channel B The truth table of driver L298: IN1 / IN3 IN2 / IN4 THE OUTPUTS OF THE ENGINES high low The motor rotates with the maximum given speed using PWM (different from 0) in a clockwise direction. low high The motor rotates at the maximum given speed using PWM (not equal to 0) in a counterclockwise direction. low low When indicated high state at the PWM input – fast braking of the motors (fast stop). high high When indicated high state at the PWM input – fast braking of the motors (fast stop). high high When indicated low state at the PWM input – free braking (soft stop). Specifications: Supply voltage: 12 V Supply voltage of the logic part: 5 V Built-in voltage regulator 5 V to power the logic part with the possibility of disconnection via jumper Maximum output current: 2 A per channel L298 module to control two DC motors or one stepper motor The outputs for the motors and the power inputs were displayed on the screw connectors ARK The input pins of the logic part are available on the gold pin connectors – 2.54 mm pitch The board consists of all necessary for the proper operation of the controller, passive components The system has a mounted radiator Tile sizes: 43.5 x 43.5 x 26 mm Applications: Robotics and automation systems. Used to drive high current LED’s. Educational & DIY Projects. Package Includes: 1x L298 Motor Driver Module. Useful Links: L298 Datasheet Example Arduino project

From Makers Electronics's description

Description The module with the popular L298N driver allows you to control the direction and speed of two DC motors. Thanks to the screw connectors, ARK power and engines can be easily connected by fastening the wires using a screwdriver. The control signals were output into popular gold pin connectors that allow you to combine the system with commissioning plates, for example, with Arduino using wires. Leads Pins Details Out 1: Motor A lead out Out 2: Motor A lead out Out 3: Motor B lead out Out 4: Motor B lead out GND: Ground 9-35V: 9-35V input ( unnecessary if your power source is 9v-35v, if the power source is 9 v-35v then it can act as a 5v out ) EnA: Enables PWM signal for Motor A In1: Enable Motor A In2: Enable Motor A In3: Enable Motor B In4: Enable Motor B EnB: Enables PWM signal for Motor B The truth table of driver L298 IN1 / IN3 IN2 / IN4 THE OUTPUTS OF THE ENGINES high state low state The motor rotates with the maximum given speed using PWM (different from 0) in a clockwise direction. low state high state The motor rotates at the maximum given speed using PWM (not equal to 0) in a counterclockwise direction. low state low state When indicated high state at the PWM input – fast braking of the motors (fast stop). high state high state When indicated high state at the PWM input – fast braking of the motors (fast stop). Specifications Operating voltage: 5-35V Supply voltage of the logic part: 5 V Built-in voltage regulator 5 V to power the logic part Maximum output current: 2 A per channel Module to control two DC motors or one stepper motor The outputs for the motors and the power inputs were displayed on the screw connectors ARK The input pins of the logic part are available on the gold pin connectors – 2.54 mm pitch The board consists of all necessary for the proper operation of the controller, passive components The system has a mounted radiator Tile sizes: 45.5 x 45.5 x 30 mm

From Most Electronic's description

The L298 Motor Driver Module is a dual full-bridge motor driver designed to control the speed and direction of two DC motors or one stepper motor . It’s ideal for Arduino, Raspberry Pi, and robotics projects , offering reliable and powerful motor control for automation and motion systems. Based on the L298N IC , this module can drive motors with voltages up to 46V and handle up to 2A per channel , making it suitable for both light and medium-duty applications. In addition, it includes built-in diodes for back-EMF protection and a 5V voltage regulator for powering logic circuits. Because it features easy-to-use screw terminals and jumper settings , it allows quick setup and flexible power selection. Also, it supports PWM (Pulse Width Modulation) for smooth speed control, therefore it’s perfect for robot cars, conveyor systems, and mechatronics projects . Key Features: Model: L298N Dual H-Bridge Motor Driver Module Operating Voltage: 5V–46V DC Output Current: Up to 2A per channel Controls 2 DC motors or 1 stepper motor Includes 5V regulator for logic power Built-in back-EMF protection diodes Supports PWM speed control Compatible with Arduino, Raspberry Pi, STM32 , and motor controllers Ideal for robotics, automation, and DIY motor control projects Perfect for students, hobbyists, and engineers, the L298 Motor Driver Module is the ideal choice for efficient, reliable, and easy-to-use motor control in robotics and automation systems.

From Future Electronics Egypt's description

The Dual H-Bridge Motor Driver module Board, using ST's L298N chip can directly drive two 3-30V DC motor. You can easily control the DC motor speed and direction, you can also control the 2-phase stepper motor, smart car essential. Features Driver: L298N Dual H Bridge DC Motor Driver IC Driven part of the terminal supply area Vs: +5 V ~ +35 V; Peak current Io: 2A The logical part of the terminal supply area Vss: +5 V ~ +7 V (can take power within the board +5 V) Storage temperature: -25 Deg C ~ +130 Deg C Other Extensions: control of direction indicators, the logic part of the plate to take power interface. Driver Board Size: 55mm * 60mm * 30mm Maximum power consumption: 20W (when the temperature T = 75 Deg C) For How to connect with Arduino - Microcontroller and Arduino code, Please click here

From Future Electronics Egypt's description

This driver module is based on L298N H-bridge, a high current, high voltage dual full bridge driver manufactured by ST company. It can drive up to 2 DC motors 2A each. It can also drive one stepper motor or 2 solenoids. The driver can control both motor RPM and direction of rotation. The RPM is controlled using PWM input to ENA or ENB pins, while of rotation direction is controlled by suppling high and low signal to EN1-EN2 for the first motor or EN3-EN4 for second motor. This Dual H-Bridge driver is capable of driving voltages up to 46V. Features Dual H bridge drive (can drive 2 DC motors) Chip L298N Logical voltage 5V Drive voltage 5V-35V Logic current 0mA-36mA Drive current 2A(For each DC motor)) Weight 30g Size: 43*43*27mm L298 Driver module pin connection and arduino tutorial