[AH] Red noize

[Curtin, Steven D (Steven)]

On the E-Mu noise source submodule, there are three outputs- white, pink and
red.  White and Pink are the usual ones, Red is a slower random signal.  

Steve C

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Steven Curtin  
Lucent Technologies Microelectronics
ph: (732)949-4404   fax: (732)949-6711
http://curtin.emf.org
sdcurtin at lucent.com
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> ----------
> From: 	Andy Mucho[SMTP:andy at software-superstars.com]
> Sent: 	Friday, February 04, 2000 9:52 AM
> To: 	Carlos Vila Deutschbein
> Cc: 	synth-diy at mailhost.bpa.nl
> Subject: 	RE: [AH] Red noize
> 
> Sorry. What I meant to say was that as far as *I* understand it,
> Red Noise is the same as Pink Noise.
> 
> And IIRC it rolls off at about -3dB per octave
> 
> AndyM
> 
> > -----Original Message-----
> > From: owner-synth-diy at mailhost.bpa.nl
> > [mailto:owner-synth-diy at mailhost.bpa.nl]On Behalf Of Carlos Vila
> > Deutschbein
> > Sent: Friday, February 04, 2000 12:04 PM
> > To: Doyle
> > Cc: analogue; synth-diy at mailhost.bpa.nl
> > Subject: Re: [AH] Red noize
> >
> >
> > On Fri, 4 Feb 2000, Doyle wrote:
> >
> > > On  http://www.macbethstudiosystems.freeserve.co.uk/ , the specs for
> the
> > > 'Sorcerer' says that it has a 'red noise' source, I know there is such
> > > thing as a pink and white noise source, and I have no doubts on the
> > > existence of other colours...can anyone tell me how they get the
> colours
> > > from a noise? and what 'red noise' sounds like?
> >
> > The colors are taken as an analogy to light, white noise is like white
> > light, it contains all colors of the spectrum (=all wavelenghts)
> > Pink noise contains less HF: Power spectrum decreases 6 dB/oct i think
> > My guess is that red noise or whatever color is band pass filtered
> noise.
> >
> > Regards
> > --
> > ==============================================================
> >     Carlos Vila Deutschbein
> >     e-mail: si04697 at salleURL.edu
> >     www: http://www.salleURL.edu/%7esi04697
> > --------------------------------------------------------------
> >
> >
> >
> 
>