DRI0037

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DRI0037 Motor Driver Boards, Modules: Application Field and Working Principle

The DRI0037 motor driver board is a powerful and integrated power and control board designed for robotics applications. It is used to drive DC brushed motors from 1.5A to 3A and has several features that make it a great choice for robotics projects. It comes with an integrated quad-range driver, allowing for variable motor drive from 255 steps in full-step to 16 steps in half-stepping mode. The driver board also has integrated current sense function, allowing the driver to detect over current and react accordingly.

The DRI0037 is built on a compact single-stack PCB and features Stackable PCB headers for high-density integration. It is available with a number of different connection options ranging from terminals, screw terminals, to a 2x15 row connector.

Application Field

The DRI0037 is often used in robotics applications as its wide range of features makes it a great choice for robotic projects of all kinds. It can be used to control small to medium-sized DC brushed motors, making it a great choice for robots with varying levels of complexity. For example, a two-wheeled robot, one with four-wheeled robot, or even a six-wheeled robot can all be powered with the DRI0037.

Aside from robotics applications, the DRI0037 can also be used in industrial automation systems, such as industrial grinders, conveyor systems, and automatic packaging systems. As these are often powered by DC motors, the DRI0037 makes for a great choice as a motor controller in such applications.

Working Principle

The DRI0037 works by controlling the voltage, current, frequency, and speed of the motor being driven by the board. In robotics applications, the board allows the user to adjust the speed and direction of the motor with a control signal. This control signal is fed into the board and the motor is then driven at the desired speed and direction.

In terms of its current and voltage settings, the DRI0037 can be powered from 3V up to 12V and can deliver up to a maximum continuous current of 3A. The board also has an integrated current sensing function, allowing the user to detect any over-current conditions in the system and allowing the board to respond accordingly. This is particularly useful when driving motors which require high power demands.

Finally, the DRI0037 also has a number of protection features. For example, the board has a thermal shutdown feature that protects the board from any over-temperature issues. In addition, the board has over-voltage and reverse current protection which protect against any over-voltage or reverse-current conditions caused by incorrect wiring or other user mistakes.

Conclusion

The DRI0037 motor driver board is a powerful and integrated power and control circuit designed for robotics and industrial automation applications. It offers a range of features, including variable motor drive from 255 steps in full-step to 16 steps in half-stepping mode, as well as integrated current sensing and protection features. These features make it a great choice for robots of all sizes and makes it a great choice for use in industrial automation systems.

The specific data is subject to PDF, and the above content is for reference