CF-5200 Servo Analysis (Discontinued Product)
FAQ
- The signal waveform of the sine sweep does not become a clean sine wave.
- A linear sweep with a frequency range of 25kHz results in a lower frequency limit of 31.25Hz. Is it possible to start from around 0Hz?
- How to perform servo analysis
- The procedure for performing a linear sweep analysis in servo analysis is as follows:
- How to perform a log sweep analysis in servo analysis
- I want to control the exciter using a sine sweep in servo analysis. (1) Is it possible to set the amplitude in 1mV steps? (2) What is the meaning of the amplifier control function?
- I'm using the amplifier control function. When I set the sine sweep deviation (tolerance) to 3dB, it stops midway. It works fine at 30dB. Why?
- I want to output a signal at a constant frequency.
- I'm using it with an average of 32 swept signs. It takes longer than when I was using it with the CF350.
- I want to drive a speaker with a SIN sweep signal output and evaluate the sound insulation.
- Regarding signal output specifications
- Is it possible to control the signal output so that the power spectrum is constant (the acceleration of the exciter is constant)?
- When measuring the frequency response function using a sine sweep, is it better to choose power spectral density?
- The servo analysis takes time for sweeping, but
- Can the measurement conditions for servo analysis be stored?
- If you select "AMP MIN" for the signal output, when you press the "POUSE button", will the signal output become zero?
- I measured the Bode plot using servo analysis, a 1kHz range, and a log sweep, but the value at 2.5Hz seems incorrect.
- Will adding the CF0583 enable servo analysis? Does it include curve fitting?
- After installing the Japanese language option, the text at the bottom of the transfer function screen changed from "HA-HA" to "RC-RC".
- The servo analysis data lacks reproducibility.
- In servo analysis, if you sweep with a swept sine amplitude of 1V and offset of 1V, the offset becomes zero at the frequency change.
- I want to taper the SIN signal output in the 50Hz range, but it's not working.
- The vibration exciter is operated with random and pseudo-random signals. The sound from the vibration exciter and the test specimen differs when used in normal frequency analysis compared to when used in 1/3 OCT real-time analysis.
- Do you have an adding amplifier for CF5200 servo analysis?
- The auto-ranging function is used in servo analysis. It switches when the input signal overflows, but does not switch when the signal becomes weak.
- How to shorten servo analysis time