ADIS16400/PCBZ Development Boards, Kits, Programmers

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Evaluation boards are a type of hardware development tool used to obtain a prototype of a circuit board design and then verify its ability to meet specifications. The Analogue Devices ADIS16400/PCBZ evaluation board is designed to help engineers evaluate the performance of ADIS16400 inertial measurement unit featuring embedded accelerometer, gyroscope, and magnetometer. This evaluation board adds the capability to analyze the on-board sensor data in real-time and demonstrate analog and digital interface application capabilities.

ADIS16400/PCBZ Application Field and Working Principle

Generally, ADIS16400/PCBZ evaluation boards are used for inertial measurement unit data evaluation, board system testing, and performance verification. It can be used with biomedical sensors, unmanned vehicles, industrial automation applications, and robotics to enable intelligent motions in demanding applications.

The working principle of ADIS16400/PCBZ evaluation board is to measure the angular velocity and acceleration of motion in three orthogonal directions (in other words, three axes) from the inertial measurement unit and convert this data into electrical signals. This device combines a three-axis accelerometer, a three-axis gyroscope, a three-axis magnetometer, a pressure sensor, and an onboard Digital Signal Processing (DSP) processor with powerful processing abilities.

The three axes of the accelerometer measure the dynamic acceleration of motion. The sensor allows you to detect the presence of gravity even when the board is stationary. Furthermore, the three axes of the gyroscope measure angular velocity which helps you to precisely determine direction of motion. Additionally, The three axes of the magnetometer measure earth’s magnetic field for direction of north.

The pressure sensor measures barometric pressure, altitude, and temperature. It also features a microcontroller for logging and controlling data. This microcontroller has a high level of precision and accuracy in analog to digital and digital to analog conversions. Furthermore, the ADIS16400/PCBZ features a wide voltage range, high sample rate, and support for multiple connection types.

Additionally, the ADIS16400/PCBZ evaluation board also supports some digital communication protocols such as SPI or I2C. Moreover, an external board is also provided to help in connecting the ADIS16400/PCBZ with opto-isolated serial connection or other controlling boards. This external board ensures that the communication signals are electrically isolated from the host system.

Moreover, the ADIS16400/PCBZ evaluation board can also be used for thermal testing. It allows engineers to measure and analyze thermal effects on various electrical components. Additionally, this board has a flexible design that can be modified in order to support specific testing and evaluation requirements. Furthermore, the ADIS16400/PCBZ evaluation board can also be used for device characterization. This includes studying the physical properties such as thermal conductive, thermal resistance, and dielectric characteristics.

Finally, the ADIS16400/PCBZ evaluation board is one of the most reliable and efficient development tools available for inertial measurement units. This device provides accurate and precise measurements for inertial-based systems. Moreover, its flexible design and efficient workflows enable the evaluating and testing phase of development process. It is a useful tool for engineers to evaluate the performance of high-end embedded motion sensors.

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