ADXRS623BBGZ-RL Sensors, Transducers

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	Analog
Axis:	Z (Yaw)
Range °/s:	±150
Sensitivity (LSB/(°/s)):	--
Sensitivity (mV/°/s):	12.5
Bandwidth:	1Hz ~ 3kHz
Output Type:	Analog Voltage
Voltage - Supply:	4.75 V ~ 5.25 V
Current - Supply:	3.5mA
Features:	Adjustable Bandwidth, Temperature Sensor
Operating Temperature:	-40°C ~ 105°C (TA)
Package / Case:	32-BFCBGA
Base Part Number:	ADXRS623

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Motion Sensors - Gyroscopes

Gyroscopes, also referred to as angular velocity measurement instruments, provide the angular rate of an object in space. The ADXRS623BBGZ-RL is an example of a high performance, low noise gyroscope that has a wide range of applications. Its high speed response and low noise production make it ideal for use in many different fields.

Application Field

The ADXRS623BBGZ-RL is a wide-range, high-performance gyroscope designed for use in various fields. It is often used in navigation applications, such as inertial navigation systems, virtual reality and augmented reality applications, and robotics. It can also be used for aircraft and marine navigation, or in unmanned systems like remote sensing, drones, and unmanned aerial vehicles. In navigation systems, the ADXRS623BBGZ-RL can measure the angular rate of an object in space, allowing for more accurate navigation and guidance. It can also be used to measure motion-induced changes in objects, such as objects in virtual reality or augmented reality applications. In robotics, the ADXRS623BBGZ-RL can be used to measure angular rate and acceleration and can be used to provide feedback for position control applications.

Working Principle

Gyroscopes measure angular rate by determining the rate at which an object is spinning. The ADXRS623BBGZ-RL is a MEMS (micromachined electro-mechanical system) gyroscope, meaning it is a miniaturized version that uses a combination of micro-electromechanical systems (MEMS) and integrated circuit chips.The ADXRS623BBGZ-RL is based on the Coriolis effect, which states that when a mass is subjected to a rotating force, it will be deflected in a direction perpendicular to the axis of rotation. In this case, the MEMS gyroscope uses a vibrating element with two masses that is subjected to a torque created by a pair of internal drive signals. The accelerations of the two masses are measured and used to estimate the angular velocity around the drive axis. The gyroscope also contains an onboard microprocessor that processes the signals from the accelerometer and provides accurate angular rate data.

Conclusion

The ADXRS623BBGZ-RL is a wide-range, high-performance MEMS gyroscope designed for the measurement of angular rate in various applications. It is based on the Coriolis effect and contains an onboard microprocessor that processes the signals from the accelerometer. It is popularly used in navigation, virtual reality, and robotics applications and can be useful for accurate navigation and guidance.

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