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TB6612FNG Dual Motor Driver Module

Original price was: ₹ 200.00.Current price is: ₹ 140.00.

Stop wasting your battery on heat! The TB6612FNG is a next-generation MOSFET motor driver that runs highly efficiently without a massive heatsink. Capable of driving two DC motors, it is the modern upgrade from the L298N for compact PM Shri Lab robotics.

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Welcome to the modern standard of motor control. If your robot is dying quickly or your motor driver is getting hot enough to cook an egg, it is time to upgrade. The TB6612FNG Dual Motor Driver leaves ancient BJT-based drivers (like the L298N and L293D) in the dust by using highly efficient MOSFET H-Bridges. This means practically zero voltage drop, significantly longer battery life, and no need for bulky aluminum heatsinks.

As an IIT Bhubaneswar-incubated tech ecosystem, XROBOTICS WORKS PVT LTD utilizes the TB6612FNG for all weight-sensitive XR4STEM training platforms. It is the absolute core of our micro-mouse maze solvers, line-following speedsters, and lightweight drones deployed across B.Tech composite skill labs. It can effortlessly control two DC motors independently (or one bipolar stepper motor), handling a continuous current of 1.2A per channel with peaks up to 3.2A.

Featuring built-in thermal shutdown, a dedicated Standby (STBY) pin for power-saving, and isolated logic/motor power domains, it safely protects your microcontroller while delivering whisper-quiet, 100kHz PWM speed control.

Detailed Attributes

• Driver Chip: Toshiba TB6612FNG (MOSFET-based Dual H-Bridge)
• Motor Supply Voltage (VM): 4.5V to 13.5V DC (Max 15V)
• Logic Supply Voltage (VCC): 2.7V to 5.5V DC (Compatible with 3.3V and 5V microcontrollers like Arduino and ESP32)
• Continuous Output Current: 1.2A per channel (Can be paralleled for 2A continuous)
• Peak Output Current: 3.2A per channel
• Maximum PWM Frequency: 100 kHz
• Protection: Built-in thermal shutdown and low-voltage detection circuits
• Control Modes: Forward (CW), Reverse (CCW), Short-Brake, and Stop
• Best For: Micro-robotics, line followers, N20 micro gear motors, battery-powered IoT devices, and compact PM Shri Lab rovers.

Highlights

• Ultra-efficient MOSFET design—no massive heatsink required.
• Drives two DC motors at 1.2A continuous (3.2A peak).
• Tiny footprint makes it perfect for micro-robotics and weight-sensitive builds.

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