ADIS16497-3BMLZ

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Inertial Measurement Units (IMUs) are motion sensors that measure acceleration, angular rate and sometimes the magnetic field surrounding the system using one or more accelerometers, gyroscopes, and magnetometers. An IMU may operate in two, three, or six degrees of freedom (DOF). IMUs are used in a range of embedded systems such as consumer electronic devices, robotic applications, and autonomous navigation systems. Due to their wide range of applications, IMUs must have high-level performance and be able to detect minute changes in motion. One such IMU is the ADIS16497-3BMLZ IMU.

The ADIS16497-3BMLZ is a high-performance, 3-axis gyroscope with an integrated 3-axis magnetometer. It is suitable for applications such as handheld motion sensing devices, navigation systems, energy harvesting, and motion-enabled wireless systems. The IMU features a small size, low power consumption, robust EMI/RFI protection, and shock tolerance, making it ideal for space and size-constrained embedded systems.

The device measures angular rate, acceleration, and the magnitude of local magnetic fields with an angular rate range of ±125°/sec and a magnetic field range of ±65gauss. It uses MEMS technology to measure angular rate and acceleration, and has a high degree of accuracy and resolution. The IMU features an integrated filter which implements an adaptive Kalman filter algorithm to reduce noise and vibration errors, and can be programmed to operate in either open loop or closed loop modes. It also features a two-step temperature compensation, which minimizes errors caused by temperature fluctuations.

The ADIS16497-3BMLZ has a number of features that make it an ideal solution for high-performance motion sensing applications. One such feature is its built-in temperature compensation, which ensures the accuracy of measurements even when there are changes in the ambient temperature. It also features an on-chip low-noise amplifier and a 16-bit programmable digital-to-analog converter, which allows the user to optimize the range and bandwidth of the USB interface, and an on-board 32-bit ARM2 core processor for enhanced data handling.

The ADIS16497-3BMLZ is suitable for applications such as navigation and guidance systems, robotics, COTS, consumer electronics, military and aerospace, inertial navigation systems, and health care. The device is also capable of detecting minute changes in motion, which makes it ideal for applications such as inertial sensing, motion capture, and gesture recognition.

The ADIS16497-3BMLZ is a versatile 3-axis gyroscope and magnetometer which is designed to provide high-resolution, accurate measurements of angular rate, acceleration, and the magnitude of local magnetic fields. It features MEMS technology for measuring angular rate and acceleration, and low-power consumption, robust EMI/RFI protection, and shock tolerance, making it an ideal solution for embedded systems. The device also has built-in temperature compensation, programmable digital-to-analog converters, and an on-board 32-bit ARM2 core processor for improved data handling, which makes it suitable for a range of high-performance motion sensing applications.

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