ADIS16133BMLZ

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Motion sensors, or gyroscopes, measure angular rates and linear acceleration in 3-dimensional space for a variety of applications. The ADIS16133BMLZ is a triaxial gyroscope package that can detect linear and angular acceleration in both static and dynamic conditions. This gyroscope is well suited for applications where a solution is needed to provide reliable measurements of angular rates and linear acceleration in harsh environments such as space and maritime.

The ADIS16133BMLZ is a high performance, small form factor package designed for physical and inertial measurements in a variety of harsh conditions. The gyroscope is constructed with a MEMS (microelectromechanical system) die to help ensure rugged, reliable operation. This combination of MEMS and a single-chip design allow the gyroscope to achieve a wide range of accuracy, stability, and reliability. It can also be used to directly measure linear and angular accelerations up to 6g with maximum linear rates up to 1000 Hz and angular rates up to 500 Hz.

The ADIS16133BMLZ also has a dynamic temperature calibration feature that allows it to maintain a high level of stability when exposed to thermal changes. It also has a gyroscope self-test capability that can detect any mechanical damage to its components. This gyroscope is also designed to be robust against environmental influences such as vibration, shock and electromagnetic interference.

The ADIS16133BMLZ gyroscope works by detecting angular rate and acceleration using its MEMS die. As the device tilts and turns, the rotational axes located inside the die produces a small torque that is detected by piezoresistors. This generates a signal that is sent to an ASIC (Application-Specific Integrated Circuit) that processes the data and outputs the linear and angular accelerations. The MEMS die also includes a number of other sensing elements such as temperature sensors, pressure sensors, and accelerometers which are used to provide additional data for the device.

The ADIS16133BMLZ is an ideal solution for a range of applications that require precise angular rate and linear acceleration measurements across a range of harsh environments. Its combination of robustness and accuracy make it an ideal choice for applications such as stabilizing unmanned aerial vehicles and monitoring the movement of underwater vehicles. Its dynamic temperature calibration and self-test capabilities make it a reliable choice for long-term applications where environmental conditions are variable.

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