Listings/Dual H-Bridge DC & Stepper Motor Driver L298 | Dual h bridge DC & Stepper Motor Driver L 298 Dual H-Bridge DC & Stepper Motor Driver L298
Dual H-Bridge DC & Stepper Motor Driver L298 | Dual h bridge DC & Stepper Motor Driver L 298 Dual H-Bridge DC & Stepper Motor Driver L298
2.70 JOD
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The L298N Dual H-Bridge Motor Driver Module is a versatile and widely used motor control solution for robotics, automation systems, and embedded electronics projects. Designed around the reliable ST L298N dual H-bridge driver chip, the module enables independent control of two DC motors or one bipolar stepper motor with adjustable speed and rotation direction.The module supports motor operating voltages from 5V to 35V DC and can deliver up to 2A current per channel, making it suitable for medium-power motors used in robotics and automation systems. A large onboard heat sink improves thermal performance during continuous operation.The integrated 5V voltage regulator can supply external components such as sensors and microcontrollers when the motor supply voltage is below 12V. Multiple screw terminals allow convenient connection of motors, power supplies, and control signals.The L298N driver is commonly used with Arduino, Raspberry Pi, ESP32, STM32, and other development platforms for controlling robotic vehicles, conveyor systems, smart automation projects, and motion control systems. SpecificationsDriver Chip: L298N (ST)Motor Driver Type: Dual H-BridgeLogic Voltage: 5VMotor Supply Voltage: 5V – 35V DCLogic Current: 0mA – 36mAMaximum Drive Current: 2A per channelMaximum Power Dissipation: 25WOnboard Voltage Regulator: 5V / up to 1AControl Capability:2 DC Motors1 Stepper MotorCooling: Large Aluminum Heat SinkOperating Temperature Range: -20°C to +135°CModule Dimensions: 43 × 43 × 27 mmWeight: Approximately 30gConnection Type: Screw Terminals ApplicationsDC motor controlStepper motor drivingArduino robotics projectsSmart robotic vehiclesConveyor belt systemsAutomation and control systemsDIY electronics projectsMotion and positioning systemsIndustrial prototype development