ATEVK-MXT641TAT-A

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Evaluation and demonstration boards and kits provide the usability and versatility to allow electrical engineers to use their imagination when exploring and testing the limits of potential product applications. They empower designers and users to use board-level components from a single central platform to easily design and develop products with complex circuitry. Evaluation and demonstration boards and kits provide a powerful platform for faster development of products and support product improvements. The ATEVK-MXT641TAT-A is an example of a powerful evaluation and demonstration board that can be used for simulating and validating designs, verifying components, and exploring new product functionalities. This board is designed for applications that require ultra-low-power, low voltage operation, high-resolution data acquisition, and an extensive range of communication options.

The ATEVK-MXT641TAT-A evaluation board contains a high-precision sensor-based system on module (SOM). This SOM integrates a 32-bit Arm processor core coupled with on-chip peripherals and Wi-Fi/Bluetooth radio and Wi-Fi transceiver modules. These modules support low-power wireless communication. The SOM also integrates a series of sensor outputs, including nine-axis motion detection, digital proximity, digital pressure, digital temperature, digital light sensing, and digital sound sensing. Aside from the sensors on the board, it has a programmable frequency generator and digital-to-analog converters (DAC’s), enabling the development of multi-protocol Bluetooth, Wi-Fi, and ZigBee applications.

The ATEVK-MXT641TAT-A board is designed to facilitate the development and integration of high-performance and low-power embedded systems that require real-time control and data acquisition. This board operates over the power and development environment. The board also functions over a wide voltage range (2.3 V to 3.3 V), allowing the users to adjust the device power levels according to the application demands. Additionally, the board provides multiple hardware features such as two UART channels, two SPI channels, one I2C bus, and a single JTAG port. These components enable the development of sophisticated designs and applications.

The working principle of the ATEVK-MXT641TAT-A evaluation and demonstration board is based on supporting low-power wireless communications and long battery life. The board uses an onboard ARM processor, which is responsible for the task of managing the system’s sensors and power management. The processor is combined with the system’s on-chip peripherals and Wi-Fi/Bluetooth radio and Wi-Fi transceiver modules. The processor runs an operating system and executes the programs. Additionally, the board’s DAC’s enable the user to adjust the power level of the device while the programmable frequency generator creates the clock signals to facilitate communication between the processor and other components on the board. This information is then communicated and received through the communication interfaces such as UART, SPI, and I2C.

The latest ATEVK-MXT641TAT-A evaluation and demonstration board is designed for applications that require high-resolution data acquisition and can be used to simulate and validate designs, verify components, and explore new product functionalities. The board utilizes a 32-bit ARM processor, on-chip peripherals, and Wi-Fi/Bluetooth radio and Wi-Fi transceiver modules. The board also features nine-axis motion sensing, digital proximity, digital pressure, digital temperature, digital light sensing, and digital sound sensing. Additionally, the board features two UART channels, two SPI channels, one I2C bus, and a single JTAG port. These components and features facilitate the development and integration of high-performance and low-power embedded systems.

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