ATEVK-MXT1189TAT-B

Evaluation and Demonstration Boards and Kits provide a platform to create generic circuit designs for all areas of application, from industrial to home use. The ATEVK-MXT1189TAT-B is an example of such a platform.

ATEVK-MXT1189TAT-B is a standalone evaluation and demonstration board designed for use in both medical and industrial applications. This board is a mikroBUS-compatible self-contained mikroElektronika module that provides access to a wide range of common electrical signals commonly used in a variety of applications. The board includes a 12-pin power connector, a 13-pin debug port, a 10-pin I2C port, a GPIO connector, and two six-pin headers. The board also includes four general-purpose GPIO headers providing 24 GPIO pins.

The board utilizes a programmable integrated chip, the MXT1189TAT-B, which offers the flexibility for connecting a wide range of sensors, actuators, and other components. The board allows for simple two-wire communication and I2C communications, which allows for great flexibility with multiple I2C devices connected together.

The ATEVK-MXT1189TAT-B board works in conjunction with a detection algorithm that is unique from other similar solutions. The algorithm works by continuously polling the two general-purpose input pins on the GPIO header. When the input pins change state, the board recognizing the signal itself and thus sends the signal to the I2C bus controller for further processing.

The ATEVK-MXT1189TAT-B board is a great solution for a variety of applications. Due to its user-friendly design, it is versatile and can be used to create a wide range of custom designs for industrial, medical, and home use. The board also provides a great platform for learning and experimenting due to its software capabilities.

The ATEVK-MXT1189TAT-B evaluation and demonstration board offers a powerful and reliable platform for creating custom applications. The board is compatible with a wide range of sensors, actuators, and other components. The board features an easy-to-use, user-friendly interface as well as a programmable integrated chip and a detection algorithm that allow for efficient two-wire communication. The board is suitable for a variety of applications, including industrial, medical, and home use, and provides a great platform for learning and experimentation.