MADDT1107N

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MADDT1107N motor driver board, module is a component or a device which is used to control several electrical motors, including brushed DC, and dc brushless motors. Compared with traditional motor drivers, MADDT1107N motor drivers offer superior performance and high accuracy, without any additional control circuitry.

MADDT1107N is designed to drive a bi-directional load in a single circuit configuration. The motor driver module can handle both current and voltage as inputted, and features adjustable protection features, voltage range of up to 36V, precision current sensing, pre-programmable protection levels, and adjustable speed control.

The MADDT1107N motor driver board offers superior performance features that enable it to regulate motor torque, speed and angle of rotation. It has a high switching frequency up to 5kHz and a typical efficiency of up to 95%. The board can also be operated in a broad range of operating temperatures.

The working principle of the MADDT1107N motor driver board is based on the technique of vector control, which combines the use of feedback current sensing, and power switch control to control motor operation. The vector control technique enables the board to precisely regulate the output current and voltage, thus avoiding any power losses due to over/under-voltage or over-current.

The control signals for the MADDT1107N motor driver Board are provided either through an external control board/circuit or through an MCU. The external rotary/variable speed control signals are provided through an analog circuit, which consists of an adjustable potentiometer, coupled with a motor current control loop. The board also contains a set of dedicated limit switches which are used to monitor the maximum current in the motor, to avoid any over-current situations.

Overall, the MADDT1107N motor driver board can be used to precisely control the operation of DC motors, without any additional control circuitry. It has a wide range of applications, ranging from industrial automation, test and measurement, automotive systems, medical equipment and robotics. The board not only offers high performance and accuracy, but also provides adjustable protection levels to ensure the safety of the electronic components and applications.

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