Difference between revisions of "NVGate Octave Analyzer"

NVGate Octave Analyzer (view source)

341 bytes removed , 10:21, 30 April 2020

9,040

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 The sample frequency depends on the value of the High Filter Setting (
-Next, the input signals can be time weighted filters at user choice
+Next, the input signals can be time weighted filters.
 *A, B and C weight filters : These filters available in acoustic frequency range (i.e. from 20 Hz to 20 kHz) satisfy requirements from last standards IEC 651 type 0 and IEC 804 type 0.
-* any other NVgate filter need to be aplly on Front end (real time) or Player (post analyisis). most common are  integrator filters: Single or double time integrators
+Any other NVgate filter need to be aplly on Front end (real time) or Player (post analyisis). most common are  integrator filters: Single or double time integrators
-----
-{|border="0" cellspacing="2" width="100%"
-|'''8-8'''
-|'''F 197 804 1'''
-|}
-----
-<u>Spectral Weight Filters:</u>
-These filters are only available with the OR7937 option.
-For more information, see <font color="#FF0000">'''8.2.7.5''' </font>'''Settings <nowiki>|</nowiki> Preprocess - Spectral Weight Filter'''.
 After time domain filtering, the signals go to the digital 1/n<sup>th</sup> octave filter bank.
@@ Line 68: / Line 52: @@
 |-
-|•
+|
 |fc = 1000
 |<font size = "5"><sub><nowiki>*</nowiki> 10(n<nowiki>+</nowiki>0.5)/40</sub></font><br>