CF-5200 Integration Function (Discontinued Product)
FAQ
- About the calculus function
- (1) I want to integrate the time waveform of acceleration and display the displacement.
- (2) I want to display the time waveform of acceleration as displacement.
- To double integrate the time waveform of acceleration G and calibration to displacement (μm):
- The method for performing integration on the frequency axis is as follows:
- The operation of integration using an arithmetic formula is
- To double integrate the acceleration spectrum and calibration to displacement (μm):
- When you double integrate the power spectrum of acceleration, the components disappear.
- The time-domain data of vibration acceleration is stored on the floppy disk. I want to perform time-domain double integration while canceling DC.
- I want to evaluate the effectiveness of the vibration countermeasures.
- The acceleration signal is integrated once to display the velocity, but the data becomes large at low frequencies. Since the evaluation is done overall, we want to cut out that portion.
- I want to perform JW calculations on power spectrum data stored in block memory. (1) Is it possible to perform the calculations all at once? (2) Can I only use block memory numbers 1 through 8 for the calculation formula?
- The precision of the value obtained by double-integrating the power spectrum is
- Double integration along the time axis results in a parabolic curve.