EVAL-KXR94-2050 Development Boards, Kits, Programmers

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The EVAL-KXR94-2050 is an evaluation board for a low-power MEMS inertial module. This module detects acceleration in three dimensions, allowing it to measure inclination, tilt, and vibrational shock. It is available in a tiny form factor with an integrated accelerometer and signal conditioning. This gives it the potential for use in limited-space products such as consumer and medical electronics, robotics, automotive control, and many others. The evaluation board includes a flexible design utilizing a digital flat pan and tilt controller, allowing it to be operated in multiple configurations including a basic 3-axis controller, 6-axis controller, and a 6-axis absolute position sensor. It is designed to perform the exact same functions as a standard inertial module, but with much lower power consumption.The EVAL-KXR94-2050 helps engineers to quickly develop and optimize their applications with the printed circuit board (PCB). The evaluation board is designed to quickly prototype applications with the integrated accelerometer that can be adapted to any system. It can also be easily integrated into existing systems using the component pinout and interface. This evaluation board also includes an integrated sensor filter for improved performance.The operation of the EVAL-KXR94-2050 is divided into two basic types. The first type is the basic 3-axis controller, which is used to measure angular velocities, linear accelerations, and altitude changes. This type of operation is used in applications such as aircraft attitude monitoring and boom angle measurement. The second type is the 6-axis controller, which incorporates a three axis accelerometer and two axis gyroscope. This configuration is used in applications such as stabilization and position sensing. All of the sensor signals can be read using the I2C/SPI port on the evaluation board. The EVAL-KXR94-2050 utilizes a proprietary embedded signal processing algorithm to perform high-speed signal conditioning and gain calibration. This is used to ensure optimal performance in different operational scenarios. The digital flat-pan and tilt controller provides a simple and cost-effective way of managing the acceleration module and its associated communication interface. The controller also supports multiple operating modes, including an active 3-axis control, active 6-axis control, and passive attitude measurement.The EVAL-KXR94-2050 is designed to allow engineers to quickly explore and select the best operating mode for their application. The 6-axis absolute position sensing mode is perfect for applications that require precise attitude sensing, such as autopilot systems and trajectory mapping. The flat pan and tilt controller allows users to configure the exact number of degrees needed to achieve the desired results.The EVAL-KXR94-2050 provides a comprehensive solution for engineers to quickly evaluate, select, and customize the most suitable module for their specific application. The evaluation board provides an efficient and cost-effective way to quickly develop and optimize the module for optimal performance. Its digital flat pan and tilt controller ensure effective communication and control, while the integrated sensor filter ensures that the best performance is achieved. This evaluation board provides an ideal platform for engineers to quickly evaluate and develop a suitable inertial module for their specific application.

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