LM628N-8

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LM628N-8 is an integrated motor controller module designed to handle current or voltage driven motors with a power input of 2.5V to 6.0V.

It is an integrated solution for motor control applications such as fan motor control, pump motor control and robotic motor control. It allows for precise, fast and efficient control of a motor by providing digital and/or analog signals from a controller/processor/system with no additional circuitry.

The LM628N-8 is externally configurable and requires no additional circuitry, which makes it a powerful and efficient motor control solution. It supports various types of motor control, such as current mode and voltage mode control.

The LM628N-8 supports current mode, voltage mode and speed mode operation. In current mode, it provides a current to the motor that is proportional to the input signal. This allows for precise and fast control of the motor. In voltage mode, it provides a voltage to the motor that is proportional to the input signal, allowing for accurate control of the motor speed. In speed mode, it provides a speed control to the motor, enabling adjustable speed control and flexible motor control.

The LM628N-8 also supports various interface types, including parallel, serial, CAN and SPI for fast and efficient communication with a control processor. It supports Vref/Lref and analog input and has adjustable sensitivity to allow for precise and accurate control of the motor. It also allows for quadrature encoder feedback for speed and position control, as well as an external clock and digital inputs for enhanced control.

The LM628N-8 is a highly efficient and accurate motor controller module designed to handle current and voltage driven motors with power input levels of 2.5V to 6.0V. It supports multiple types of motor control and allows for fast and efficient communication with a control processor, allowing for precise and accurate control of the motor speed and position. It is an ideal solution for fan motor control, pump motor control, robotic motor control and other motor control applications.

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