CF-5200 Integral Function (Discontinued Product)
FAQ
- About the calculus function
- (1) I want to integrate the acceleration time waveform and display the displacement.
- (2) I want to display the acceleration time waveform in terms of displacement.
- To double-integrate the time waveform of acceleration G and calibration it to displacement (μm),
- The method of integration on the frequency axis is given by the calculation formula.
- The operation of integration using expressions.
- To double integrate the acceleration spectrum and perform calibration to displacement (μm)
- Double integrating the power spectrum of acceleration results in the loss of components.
- The vibration acceleration time axis data is recorded in the frequency domain (FD). I want to perform double integral processing over time while canceling the direct current (DC).
- I want to evaluate the effects after the vibration countermeasures.
- The acceleration signal is integrated once to display velocity, but the data increases significantly at low frequencies. Since we are evaluating it overall, I would like to cut that part out.
- I want to perform jw operations on the power spectrum data stored in block memory. (1) Is it possible to perform operations in bulk? (2) Can the operation's block memory only use blocks 1 to 8?
- The accuracy of the value obtained from double integration of the power spectrum is
- I performed double integration over the time axis, but it resulted in a parabolic curve.