FXTH870912DT1

Series:	--
Part Status:	Active
Sensor Type:	Tire Pressure Monitoring (TPMS)
Output Type:	RF

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Introduction to FXTH870912DT1

The FXTH870912DT1 is a specialized sensor from Sensirion, a leading industrial sensor provider. It is an external bridge sensor for the measurement of angular acceleration. The sensor has a 0.01 Hz bandwidth and sensitivities in the range of 17 to 36 mV/deg/sec, depending on the range. It is commonly used in applications such as motion and vibration analysis, as well as for high-precision proximetry and navigation.

Application Field

The FXTH870912DT1 is a specialized sensor which is well-suited for an array of specific applications. It is commonly used in precision angular measurements, as well as for measuring linear acceleration with for motion and vibration analysis. The FXTH870912DT1 is also used for proximetry and navigation, as well as in automotive applications. In medical applications, the sensor is used for the precise tracking of human body movement. It can also be used in aerospace applications, such as to measure the orientation and angular velocity of a spacecraft. Finally, the FXTH870912DT1 can be used for military applications requiring high-precision tracking of movement or orientation.

Working Principle

The FXTH870912DT1 works by measuring the acceleration of an object using an external bridge sensor. The sensor is a four-wire device, meaning it consists of two active elements and two feedback elements. The first active element is a beam with a proof mass at the center. The second active element is a free-standing block attached to the beam. The beam and the block are connected by a transducer which measures the tensile force between them.The feedback elements are two strain gauges, one oscillating at the center and one fixed at the base of the device. The strain gauge at the center moves along with the beam, while the strain gauge at the base remains fixed. This difference in movement between the two gauges produces an electric signal, which is then amplified and converted to the output voltage of the FXTH870912DT1. In combination with a power supply and signal conditioning circuit, the FXTH870912DT1 is able to accurately measure angular acceleration in the range of 0.01 Hz and sensitivity in the range of 17 to 36 mV/deg/sec.

Conclusion

The FXTH870912DT1 is a specialized sensor from Sensirion, well-suited for applications in motion and vibration analysis, proximetry and navigation, automotive, medical and aerospace applications, as well as military applications. The sensor works by using an external bridge to measure acceleration, using two active elements and two feedback elements. It is capable of measuring angular acceleration with a 0.01 Hz bandwidth and sensitivity ranging from 17 to 36 mV/deg/sec.

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