MCDKT3520

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Motor Driver Boards, Modules

The MCDKT3520 is a motor driver board that can be used to control high-powered brushless and brushed DC motors. It is a compact, high-performance board designed for use in applications such as remote-controlled vehicles, UAV drones, robotic constructions, and fanless industrial control systems in harsh environments. The board features a wide input voltage range, advanced motor control algorithms, dynamic current control, and peak current and temperature protection.

Features

• Wide input voltage range of 8V to 26V.
• Bi-directional control of brushless or brushed DC motors up to a peak current of 40A.
• Advanced motor control algorithms for excellent control and efficiency.
• Dynamic current control to automatically adjust current as well as peak current and temperature protection.
• Robust EMI and thermal design, suitable for harsh environments.

Applications

The MCDKT3520 can be used in a variety of applications, including:

• Remote controlled vehicles, such as cars, boats and planes.
• Robotic constructions and UAV drones.
• Fanless industrial control systems in harsh environments.

Working Principle

The MCDKT3520 uses a combination of advanced motor control algorithms, high-efficiency power converters, and dynamic current control to ensure excellent performance in the most challenging applications. The board is able to receive commands from a master device, such as a PC or microcontroller, and control the current to the motors in order to produce the desired motion. The board also features a range of protections to ensure safe operation, including over-voltage, over-current, peak current, and temperature protection.

Conclusion

The MCDKT3520 is a high-performance motor driver board designed for use in applications such as remote-controlled vehicles, UAV drones, robotic constructions, and industrial control systems in harsh environments. The board features a wide input voltage range, advanced motor control algorithms, dynamic current control, and peak current and temperature protections. Its robust EMI and thermal design make it an ideal choice for challenging applications.

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