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This overall is computed in the time domain (weighting filter and detector). Processing weighting in the time domain provides accurate measurement for non-stationary signals (impulsive). | This overall is computed in the time domain (weighting filter and detector). Processing weighting in the time domain provides accurate measurement for non-stationary signals (impulsive). | ||
[[File:octave_filter.png| | [[File:octave_filter.png|octave_filter.png]] | ||
The "full range mode" compute the overall on the whole frequency range excluding the DC component. The "limited range" let the user define the range by changing the low cut off frequency and high cut off frequnency. | The "full range mode" compute the overall on the whole frequency range excluding the DC component. (The minimum range is define by "CPB filters Lower central frequnecy"/5) . The "limited range" let the user define the range by changing the low cut off frequency and high cut off frequnency. | ||
==Application== | ==Application== |