ADIS16385/PCBZ

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The ADIS16385/PCBZ is a precision inertial measurement unit (IMU) evaluation system built around the ADIS16385 dual-axis MEMS gyroscope. The unit contains a main board containing a dual-axis 200 dps analog gyroscope connected to a long-term stable temperature sensor, a long-term stable angular rate sensor, as well as a 3-axis accelerometer and magnetometer. It is a complete plug-and-play system, designed to provide an easy and fast way to evaluate the performance of a MEMS gyroscope in a range of applications, including automotive, industrial, medical, and aerospace.The unit includes a precision controller, power supply, and user interface which allow users to configure and adjust the system parameters, such as the angular rate, accelerometer scale, magnetic field scale, temperature, and the output range of the gyroscope. The user interface also allows users to access and analyze the data collected by the system, enabling them to gain insight into system performance.The ADIS16385/PCBZ is designed to provide reliable and accurate inertial measurements in a wide range of environments. It is equipped with a host of features and technologies, such as low-noise motors, low-power, low-jitter drivers, and a built-in temperature compensation system. These features, along with the unit\'s robust construction and advanced calibration algorithms, ensure that it is up to the task of providing accurate and reliable measurements in any setting.The unit is designed to be easy to use and set up, with a simple installation process and intuitive software interface. The built-in user interface allows users to quickly set up the system, including configuring the measurement range of the gyroscope, setting the accelerometer scale, specifying the magnetic field scale, and more. Once the unit is set up, users can monitor and analyze the system\'s performance in real time using the interface.The controller provides digital output via SPI and UART interfaces, with a range of digital synchronization and control signals available. The main board of the system also features three user-defined LEDs for system status, along with a range of analog and digital I/O to connect external peripherals.The ADIS16385/PCBZ provides an ideal solution for evaluating the performance of MEMS gyroscopes in a range of different applications. It is designed to deliver maximum accuracy and precision while providing users with an easy to set-up, intuitive, and reliable system.

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