ADIS16400BMLZ

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Motion Sensors - IMUs (Inertial Measurement Units) are multi-axis, self-contained sensors used to measure linear acceleration and angular velocity of an object, as well as obtained data from a computer for further analysis. As one of the new generation of motion sensors, the ADIS16400BMLZ IMU is known for its high performance, power efficiency, and wide operating temperature range making it a valuable asset in many industries.

The ADIS16400BMLZ IMU features an Inertial Measurement Unit (IMU) with three primary components consisting of a three-axis accelerometer and three-axis gyroscope all enclosed in a lightweight, low-profile package. This high-precision device is capable of measuring linear acceleration and angular velocity as well as static or dynamically changing tilt, making it useful for applications requiring accurate measurements of rotational position or motion.

The ADIS16400BMLZ IMU is suitable for unmanned vehicles and aircraft, moving robots, complex navigation systems, motion tracking devices, gaming hardware, and other complex, dynamic multi-axis application fields. Furthermore, it is also capable of providing high-accuracy measurement performance for combined linear acceleration and angular velocity in combinations of cyclic, spiral or centripetal motions, as well as measurements of rotational position or motion.

With a maximum full-scale range of ±3,500°/s, and a bandwidth of 30°/s to 10,000°/sec, the ADIS16400BMLZ IMU is a powerful, versatile motion sensor. The device also has an integrated temperature sensor and an FPGA-based 16-bit digital signal processor (DSP) for controlling data acquisition and signal conditioning. These features allow it to provide precise and reliable performance over a wide range of operating temperature ranges, including high-g and long-term stability of readings.

The ADIS16400BMLZ IMU is well suited for accurate, reliable measurements in open-loop autonomous navigation systems, stabilizing platforms, and rotational tracking applications. The device also features an adjustable, low-drift digital filter that enables the measurement of shortterm acceleration and velocity changes and gyroscope data for quick, mistake-free processing of the obtained measurements. It is also capable of sampling data at up to 400Hz and supporting synchronization with external sources.

In terms of construction, the ADIS16400BMLZ IMU is designed for efficiency and reliability with an integrated MEMS gyroscope and accelerometer, low-profile, lightweight design, proprietary ASIC control, and a digital output I2C or SPI interface. Moreover, it is optimized for use with 12VDC-18VDC power supplies and operates at temperatures ranging from -40°C to +85°C.

In conclusion, the ADIS16400BMLZ IMU is a highly precise, reliable, and stable motion sensor capable of measuring linear acceleration and angular velocity as well as static or dynamically changing tilt. With its integrated temperature sensor and digital signal processor, the device is well suited for advanced autonomous navigation systems, stabilizing platforms, and rotational tracking applications. The device is also well suited for use in unmanned vehicles and aircraft, moving robots, complex navigation systems, motion tracking devices, and gaming hardware.

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