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Difference between revisions of "NVGate Synchronous Order Analysis"
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NVGate Synchronous Order Analysis (view source)
Revision as of 10:15, 30 April 2020
, 10:15, 30 April 2020→Synch order
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Spectral averaging can compute power spectrums and cross power spectrums with associated results. In this mode, weighting windows are available in order to reduce side lobe effects of signals not related to shaft rotation. | Spectral averaging can compute power spectrums and cross power spectrums with associated results. In this mode, weighting windows are available in order to reduce side lobe effects of signals not related to shaft rotation. | ||
== | == NVGate Synch order Plug in== | ||
This plug-in is used to perform synchronous order tracking (it is also used to compute time signals in post analysis mode with the Player module). | This plug-in is used to perform synchronous order tracking (it is also used to compute time signals in post analysis mode with the Player module). | ||
<u>'''Important Note:'''</u> The re-sampling filters do not provide correct results for signal above -96 dB. Thus, the SOA plug-will generate random data from signal amplitude lower than -96 dB/acquisition range. -96 dB means levels of approximately 1/8 200 of the front-end input range. | <u>'''Important Note:'''</u> The re-sampling filters do not provide correct results for signal above -96 dB. Thus, the SOA plug-will generate random data from signal amplitude lower than -96 dB/acquisition range. -96 dB means levels of approximately 1/8 200 of the front-end input range. | ||