★ 4.9★ Rated by 750+ Customers on Google

🚀 Startup India Recognized Company

🚚 Pan India Delivery via Trusted Courier Partners

🏬 Only Physical + Online Robotics Store in Pimpri

🎓 Trusted by Engineering Students, Makers & Innovators Across India

★ 4.9★ Rated by 750+ Customers on Google

🚀 Startup India Recognized Company

🚚 Pan India Delivery via Trusted Courier Partners

🏬 Only Physical + Online Robotics Store in Pimpri

🎓 Trusted by Engineering Students, Makers & Innovators Across India

L298N Dual H-Bridge Motor Driver Module – 2A Max High-Power PWM Control for DC Motors and Stepper Motors – Ideal

Parameter	Detailed Specification
Driver Chip	L298N Dual H-Bridge
Logic Voltage	5V DC
Drive Voltage	5V to 35V DC
Drive Current	2A (Max per bridge)
Logic Current	0mA – 36mA
Max Power	25W
Dimensions	43 mm x 43 mm x 27 mm
Weight	30 Grams

Price

🚚 Ships within 24 Hours
📦 Pan India Delivery

₹ 156.78

(Tax included)

बारकोड: 32788

Product Description

Drive your robotics projects forward with the L298N Dual H-Bridge Motor Driver Module. This high-power module is the industry standard for controlling the speed and direction of two DC motors or one bipolar stepper motor. At Robogears, we recommend this driver for its versatility; it can handle a wide range of voltages (up to 35V) and peak currents up to 2A per channel. The module features an integrated 78M05 voltage regulator, allowing it to provide a stable 5V output for your microcontroller directly from the motor power supply. With its large aluminum heatsink and built-in flyback diodes, the L298N ensures reliable performance under heavy loads for your Arduino or Raspberry Pi-based mobile robots.

Detailed Key Features

Dual H-Bridge Control: Capable of driving two independent DC motors simultaneously with full forward, reverse, and braking capabilities.
PWM Speed Control: Supports Pulse Width Modulation (PWM) on the enable pins, allowing for precise speed adjustment of the connected motors.
Onboard 5V Regulator: Includes a 78M05 regulator to power external logic or sensors (active when drive voltage is between 7V and 12V).
High-Capacity Heatsink: Fitted with a robust aluminum heatsink to dissipate heat during high-current operations, preventing thermal shutdown.
Protective Circuitry: Built-in freewheeling diodes protect the driver chip and your microcontroller from inductive "kickback" spikes generated by the motors.

All Technical Details

Control Logic: Standard TTL logic levels compatible with Arduino, ESP32, and Raspberry Pi.
Terminal Blocks: Features screw terminals for easy and secure connection of motor wires and power supplies.
Jumpers: Onboard jumpers for enabling/disabling the 5V regulator and pull-up resistors.
Mounting: Includes four 3mm mounting holes for secure attachment to your robot chassis.
Indicator LED: Features an onboard power LED to verify the presence of logic voltage.

Prototyping & Engineering Tips (Robogears Exclusive)

The "12V Jumper" Rule: If your motor power supply (VMS) is above 12V, you must remove the onboard 5V regulator jumper to avoid damaging the 78M05 chip. In this case, you will need to provide a separate 5V logic supply to the +5V terminal.
Common Grounding: Always ensure the GND of your battery and the GND of your Arduino are connected together at your Pimpri workshop. Without a common ground, the control signals will not work, and the motors won't turn.
Voltage Drop: Be aware that the L298N is a Bipolar-junction transistor (BJT) based driver, which results in an internal voltage drop of about 1.5V to 2V. If you supply 12V, your motors will receive approximately 10V.
Current Limits: While rated for 2A peak, for continuous operation in mobile robots, we recommend keeping the load below 1.2A per channel to prevent excessive heat buildup, even with the heatsink.

Package Includes

1 x L298N Dual H-Bridge Motor Driver Module

Image Disclaimer

Product images are shown for illustrative purposes only. The color of the terminal blocks (typically Blue or Green) or the branding on the capacitors may vary between manufacturing batches, but the L298N chip and all technical specifications remain as described.