Subject: | Re: EIN from Sound Devices 788 |
---|---|
From: | madl74 |
Date: | Mon Aug 24, 2015 6:22 pm ((PDT)) |
> On a spectrum analyzer I see a rise in noise in the extreme HF (like MKH= 20), but it=92s higher than I can hear. Dan, Our posts crossed. I reckon that is most likely the ultimate thermal noise= of the air which is greater than the MKH internal noise at higher frequencies. Thermal noise rises at 3dB per octave plus 3dB for air molecules acting on both sides of the diaphragm. David Brinicombe |
<Prev in Thread] | Current Thread | [Next in Thread> |
---|---|---|
|
Previous by Date: | However, the preamp design is optimised for low noise with this, Unknown |
---|---|
Next by Date: | Re: EIN from Sound Devices 788, Dan Dugan |
Previous by Thread: | Re: EIN from Sound Devices 788, brini |
Next by Thread: | Re: EIN from Sound Devices 788, Dan Dugan |
Indexes: | [Date] [Thread] [Top] [All Lists] |
The University of NSW School of Computer and Engineering takes no responsibility for the contents of this archive. It is purely a compilation of material sent by many people to the naturerecordists mailing list. It has not been checked for accuracy nor its content verified in any way. If you wish to get material removed from the archive or have other queries about the archive e-mail Andrew Taylor at this address: andrewt@cse.unsw.EDU.AU