CF-5200 Servo Analysis (Discontinued Product)
FAQ
- The SIN sweep signal waveform does not become a clean SIN waveform.
- When performing a linear sweep at a frequency range of 25KHz, the lower limit frequency becomes 31.25Hz. Is it possible to start from around 0Hz?
- How to operate servo analysis.
- The operation method for linear sweep analysis in servo analysis is
- The operation method for servo analysis log sweep analysis is
- I want to control the actuator in the servo analysis sine sweep. (1) Is it possible to set the amplitude to a 1mV step? (2) What does the amplifier control function mean?
- I am using the amplifier control function. When I set the sine sweep DEVIATION (tolerance) to 3dB, it stops midway. The setting of 30dB works fine. Why is that?
- I want to output a signal at a constant frequency.
- The Swept Sign is being used with a 32-time average. It takes longer than when it was used with the CF350.
- I want to evaluate sound insulation by playing a SIN sweep signal output through speakers.
- Regarding signal output specifications
- Is it possible to control the signal output so that the power spectrum is constant (with the acceleration of the vibration machine being constant)?
- Is it better to choose power spectral density when measuring the frequency response function with a sine sweep?
- The sweep takes time in servo analysis, but
- Can the measurement conditions of servo analysis be remembered?
- If you select 'AMP MIN' for signal output, pressing the 'POUSE' button will set the signal output to zero.
- Servo analysis was conducted in the 1kHz range using a logarithmic sweep to measure the board diagram, but the value at 2.5Hz is strange.
- Does attaching CF0583 enable servo analysis? Is curve fitting included?
- After installing the Japanese language option, the text at the bottom of the transfer function screen changed from 'HA-HA' to 'RC-RC'.
- There is no reproducibility in the servo analysis data.
- In servo analysis, when sweeping a sine wave with an amplitude of 1V and an offset of 1V, the offset becomes zero at certain frequencies.
- I want to apply a taper to the sine wave output at 50Hz, but it is not being applied.
- The vibration machine is operated using random and pseudo-random signals. The sound from the vibration machine and the specimen differs when using standard frequency analysis and when using 1/3 octave real-time analysis.
- Is there an addition amplifier for CF5200 servo analysis?
- Using the auto-range function in servo analysis. It switches when the input signal overflows, but does not switch when the signal decreases.
- How to shorten servo analysis time?