1302263993

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1302263993 technology is an important type of piezoelectric bimorph type MEMS (microelectromechanical systems) accelerometer. It is mainly composed of two layers of piezoelectric ceramic plates and the middle layer of metal diaphragm. The electric charge generated by the external acceleration is measured, and the electric charge is used to detect the acceleration in the measured direction.

The application fields of 1302263993 technology include vibration and acceleration, seismic exploration, security and building monitoring, field test and sport motion capture, vehicle active safety system, etc. This is due to the various advantages of the technology: high sensitivity, excellent linearity, fast response time and improved dynamic range. As a result, 1302263993 accelerometers are ideal for applications that require accurate measurement of vibration or acceleration in a complex environment.

In addition to its application in various fields, the working principle of 1302263993 technology can be divided into three parts. First, it has two layers of piezoelectric material with different polarity. Second, when an external acceleration is applied, these two layers will deform and form a bending mode. Finally, the electric field that is generated due to the deformation of the piezoelectric material will cause the electric charge to appear at the two electrodes corresponding to the piezoelectric material.

The electric charge generated by the external acceleration is proportional to the applied acceleration, and this is how 1302263993 technology is able to accurately measure vibration and acceleration. Furthermore, when the external acceleration is removed, the voltage would also be eliminated due to the piezoelectric effect. As a result, the 1302263993 technology is also able to measure the static acceleration.

In conclusion, 1302263993 technology is a MEMS accelerometer comprised of two layers of piezoelectric ceramic plates and a middle layer of metal diaphragm. It has a wide range of applications, such as vibration and acceleration, seismic exploration, security and building monitoring, field test and sport motion capture, and vehicle active safety system due to its high sensitivity, linearity, fast response time and improved dynamic range. Its working principle mainly involves the generation of electric charge due to the bending mode caused by the external acceleration, and this electric charge is then measured to determine the acceleration in the measured direction.

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