AR0147ATSC00XUEGH3-GEVB

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The AR0147ATSC00XUEGH3-GEVB is an integrated motor driver designed to power small DC motors and reduce the time and effort required to develop new motor control applications. It can be used in many applications that require accurate control of DC motors, such as electronic locks, healthcare systems, robotics, toys, and more.

The AR0147ATSC00XUEGH3-GEVB is a complete motor drive system based on the dsPIC33FJ128MC804 16-bit Digital Signal Controller (DSC) and EGS002, a 6mm x 6mm x 7mm, universal brushed motor driver IC. The dsPIC33FJ128MC804 allows for AC or DC motor control up to 21A peak and 32V maximum input voltage. The EGS002 contains a pair of full-bridge motor drive circuits with ESD protection and is able to control brushed DC motors up to 20A peak and 120V peak-to-peak output.

The AR0147ATSC00XUEGH3-GEVB features integrated Serial Peripheral Interface (SPI) and I2C ports as well as other user interfaces to support a range of applications. Its integrated protection circuit is suitable for use in applications where there are high operating temperatures and it includes an over-temperature shutdown, short-circuit protection and brown-out protection. The board also includes a wide range of integrated sensors to measure the motor current, environmental temperature, voltage and current, as well as Motor Control Data Logic (MCDL) for monitoring motor speed and position.

The AR0147ATSC00XUEGH3-GEVB features an integrated development environment that allows the user to quickly configure, test and evaluate the system. The board includes a comprehensive set of hardware and software tools and high-speed data acquisition hardware and software to minimize development time and reduce development costs. It also includes a graphical user interface to simplify the development process.

The AR0147ATSC00XUEGH3-GEVB is suitable for a range of applications from motor control to robotics. Its integrated motor controller enables precise control of the motor, allowing the user to control speed and acceleration, as well as setting the motor direction. The integrated data acquisition and monitoring systems allow users to monitor the motor current, environmental temperature, voltage and current, as well as motor speed and position. The integrated development environment makes it easy to configure, test and evaluate the system. This makes it a great choice for users who need to develop motor control applications quickly and cost-effectively.

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