ATA6826-DK

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ATA6826-DK is an evaluation and demonstration board and kit designed for motor control applications. The kit includes a double board system consisting of the ATA6826 driver board and a MCU-based evaluation board with a dedicated adapter board. Together, they provide a comprehensive set of features and performance characteristics for a range of motor control applications. The kit supports various voltage ranges, current ranges, and terminal configurations.

The ATA6826-DK features a broad range of operation that can adapt to the differing requirements of various motor control applications. It offers a range of available pulse width modulation (PWM) modes, dead time settings, RMS current limit, and over-current protection. The current limit settings can be set as low as 0.1A with a 50% reduction in peak current available for applications requiring higher levels of control.

The ATA6826-DK also features an adjustable electromagnetic interference (EMI) filter which provides a higher level of protection to the system and reduces interference with other electronic systems. The adjustable EMI filter is especially useful in motor control applications such as those in automotive and industrial applications.

The ATA6826-DK includes a comprehensive selection of tools for testing and monitoring. It supports current sensing, temperature sensing, power monitoring, and motor control and speed monitoring. This allows for easy evaluation and demonstration of motor control applications.

The ATA6826-DK is an all-in-one board and kit that enables users to quickly and easily evaluate motor control applications. It offers a range of features and performance characteristics to give users a comprehensive view of the performance of their motor control system and the associated application.

The ATA6826-DK is a powerful tool for motor control application developers, providing a comprehensive platform for evaluating and demonstrating new and existing applications. Its wide range of features, performance characteristics, and testing and monitoring tools make it an ideal tool for evaluating motor control systems and applications.

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