L2G2ISTR Sensors, Transducers

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	Digital
Axis:	X (Pitch), Y (Roll)
Range °/s:	±100, 200
Sensitivity (LSB/(°/s)):	131 ~ 262
Sensitivity (mV/°/s):	--
Bandwidth:	4.545kHz
Output Type:	SPI
Voltage - Supply:	1.71 V ~ 3.6 V
Current - Supply:	3.8mA
Features:	Adjustable Bandwidth, Selectable Scale, Sleep Mode, Temperature Sensor
Operating Temperature:	-40°C ~ 85°C (TA)
Package / Case:	16-VFLGA

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Introduction

Gyroscopes are motion sensors that measure angular velocities and can be used in a range of applications. They help to measure direction, orientation and angular velocity using a combination of mechanical and electronic components. A gyroscope contains a spinning wheel on an axle which spins around an outer gimbal. As the angular velocity of the spinning wheel changes, the gimbal is subject to torque.The dynamics of the spinning wheel can be described by the conservation of angular momentum principle. As the spinning wheel\'s angular velocity changes, forces are generated from the spinning wheel\'s mass and system interaction. The interaction between the spinning wheel, gimbal and torque produces an output voltage which is proportional to the angular velocity of the spinning wheel.

L2G2ISTR Application Field and Working Principle

The L2G2ISTR gyroscope is an advanced mechanical and electronic gyroscope device designed for the aerospace, automotive and robotics industries. It is used to measure angular rates and linear acceleration. The device is compliant with the IEC1211 standard and is used in applications such as in-flight navigation systems, autonomous driving, robotics, and robotics motion control.The L2G2ISTR gyroscope is a two-axis micro-electro-mechanical system (MEMS) gyroscope. It is composed of a spinning wheel mounted on an axle that is held in place by a gimbal and a frame. The spinning wheel is driven by a vibrating motor to generate a linear acceleration.The L2G2ISTR gyroscope measures angular acceleration and angular velocity through the interaction between its spinning wheel, its gimbal and its frame. The gyroscope will detect the changes in angular velocity by measuring the forces that are generated between the spinning wheel and the gimbal. The amount of deflection generated is directly proportional to the angular velocity. The L2G2ISTR gyroscope is also equipped with a Hall Effect Sensor to measure the strength of the magnetic field around the device. The Hall Effect Sensor is used to detect changes in the magnetic field, which in turn can be correlated to angular motion. The output signals of the L2G2ISTR gyroscope are digital and based on a serial interface protocol. These output signals include angular rate, linear acceleration, and the Hall Effect Sensor readings. The output signals are used in applications such as automatic navigation and robotic motion control.

Conclusion

In conclusion, the L2G2ISTR gyroscope is an advanced and reliable MEMS motion sensor used in applications such as in-flight navigation systems, autonomous driving, robotics and robotics motion control. Its two-axis design, combined with a combination of mechanical and electronic components, allows it to measure angular velocity and linear acceleration. The device is compliant with the IEC1211 standard and its output signals are digital and based on a serial interface protocol.

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