DEMOMMA8491

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The DEMOMMA8491 is an evaluation kit for the MMA8491Q, a low-power, 3-axis accelerometer. The kit has been designed to evaluate the accelerometer features, such as low-power operation, noise immunity, motion-triggered wake-up, and low-g operation. The evaluation board works in tandem with the MMA8491Q to provide an extremely low-power system for applications in consumer, industrial, and medical sensing.

The MMA8491Q is a low-power, digital, three-axis accelerometer, capable of sensing up to 3g of acceleration in each of the X, Y, and Z axes. The onboard Digital Motion Processor (DMP) integrates a high-precision, low-power motion recognition algorithm, enabling gesture recognition in portable applications. With a size of only 2.5 mm x 2.5 mm, the MMA8491Q is ideal for low-profile, low-power designs.

The EVAL-MMA8491Q-S1 kit is a complete evaluation board for the MMA8491Q accelerometer, allowing users to configure and test the sensor in various operational scenarios. The board supports onboard interrupt pin, allowing for motion-triggered wake-up. The evaluation board also supports operation in low-power mode, configurable from the on-board DIP switches. The board features a reset pin, which allows for the resetting of the sensor from the external circuitry. Finally, the board also features a 3.3V regulator, allowing for simple connection to 5V power supplies.

The EVAL-MMA8491Q-S1 kit includes the evaluation board, as well as evaluation software, enabling users to quickly and easily evaluate the features and performance of the MMA8491Q accelerometer. The evaluation software enables users to easily configure and visualize the sensor data on a PC. The kit also includes a three-axis mounting bracket, mounting both the evaluation board and the sensor for easy connection.

The DEMOMMA8491 kit is a powerful tool for evaluating the features and performance of the MMA8491Q accelerometer. With the evaluation board, users can quickly and easily configure the on-board DIP switches to set the power mode, interrupt pin, and reset from the external circuitry. The evaluation board interfaces with the evaluation software to quickly and easily evaluate the features and performance of the sensor. With this combination, users have a powerful tool for rapid prototyping in various applications, such as consumer, industrial, and medical sensing.

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