BISOPE series 70- Force first or acceleration first?

-----------------------------------------------------------------------------

I asked a person who was explaining the principle of the acceleration sensor, which came first or acceleration first? The piezo principle, which is most commonly used as an acceleration sensor, generates a charge proportional to the physical quantity called acceleration and reads it on a measuring instrument.

However, this is what I am asking.

Does the piezo principle acceleration sensor measure force first?

Does it output directly as acceleration? Or does it measure and convert pressure?

Are force sensors, acceleration sensors, and pressure sensors that use the same principle the same?

Keywords

Dynamic force, Static force, Dynamic force, Accelerometer, Force sensor, Impedance, Accelerometer

 

#vibration measuring instrument, #frequency setting, #Fmax, #maximum frequency, #sampling frequency, #sampling rate, #FFT, #3-axis vibration sensor, #acceleration sensor, #vibration education, #building vibration, #vibration measurement, #resonance analysis, #resonance measurement, #vibration monitoring, #vibration noise consulting  www.kCBM.kr,   https://blog.naver.com/vs72 , https://contents.premium.naver.com/bisope/visope

https://blog.naver.com/vs72

108 힘이 먼저인가 가속도가 먼저인가

힘, 가속도, 압력의 측정

힘은 벡터를 가지고 있는 양이다. 이 벡터의 방향을 측정하여 발생하고있는 위치나 힘의 전달방향/경로(TPA)를 측정할 수 있다. 힘은 질량과 가속도의 곱으로 나타낼 수 있으므로 힘이 가해지는 질량을 이미 알고 있다면 가속도를 알 수 있다. 또한 힘은 압력과 면적과의 곱이므로 힘이 가해지는 집중하중의 수직면적을 알고 있다면 힘을 가했을 때 압력 또한알 수 있다.

https://blog.naver.com/vs72