DRIVER TB6612FNG 2xH-bridge with two motor brake

MOTOR CONTROLLER TB6612FNG is a chip module for controlling motors using Arduino microcontroller. These modules are mostly used to control small DC motors and stepper motors, with the ability to change the motor's rotation direction, speed and control their operation. It's a great solution for those who want to build robotic systems, car models, or other projects that need to control motors.

Key features and functions:
Engine management:
DC Motors: Ability to control 2 DC motors at the same time.
Stepper Motors: Ability to control 1 stepper motor (with four connections).

Engine power:
Nominal current: 1 A (maximum 1.2 A per channel with cooling means).
Voltage: Suitable for motors with an operating voltage ranging from 2 V to 10.8 V.

Management methods:
PWM (Pulse Width Modulation) control: Ability to control motor speed and direction using PWM signals.
H-Bridge technology: Used to change the direction of motor rotation.

Protection:
Overheat protection and short circuit protection: Built-in protection mechanisms that ensure safe motor operation.

Control inputs:
The module has 4 control inputs (IN1, IN2, IN3, IN4) that control the motor rotation direction and speed.
STBY (Standby) input: Used to activate or deactivate motor operation.

Communication with Arduino:
Controlling the chip with Arduino is very simple, this can be achieved using digital or PWM signals via the module's custom pins.
TB6612FNG: This chip is more popular and has slightly better current control and power efficiency.

Using with Arduino:
Connection: By connecting the TB6612FNG/DRV8833 modules to the Arduino, motor control can be achieved using Arduino digital pins that send PWM signals and control the movement of the motor.

Programming: Simple code can be written with the Arduino IDE to control the motors based on set parameters such as speed, direction and run time.

Typical usage scenarios:
Robotic systems: The ability to control motors allows the creation of robots that can move in different directions and change the speed of movement.
Models and Small Vehicles: These modules are often used in RC models and other small vehicles.
Automation and Manufacturing: Used in production lines and automation systems where precise control of motor operation is required.

Specifications:
Maximum current: 1.2 A (maximum per channel)
Operating voltage: 2V - 10.8V
Control voltage (Arduino): 5V

This module is very versatile and suitable for various projects that require motor control.