Does this sound like through zero flanging?

[StephenGiles]

I've thought about it, but then I can't stop thinking about bife chorizo at this time!!!!
Stephen

[puretube]

:oops:  this thread seemed to elapse me a couple of days...

information lost...

[Vsat]

As puretube says, if the sample period for the would-be A/D-RAM-D/A flanger is too  long, there will be noticeable stepping as the flanger heads towards the upper end of the sweep. With a variable rate clock this won't occur as the sample period is  continuously changing, so there is no "quantization of delay time" (nothing new there, that's what a BBD does). With digital generation of the sample clock from a fixed master clock, there will be a minimum increment size that will determine the resolution. This would indicate a need for a very high sample rate, (and very fast data converters) to reduce the stepping to inaudible levels. Fortunately, this  is not a roadblock - there is an  interpolation technique that enables "in-between samples" to be calculated  on the basis of "fractional" sample times. This enables step-free flanging to be done using 44.1 KHz (or lower) sample rates and cheap CD data converters.
Cheers, Mike

[DiyFreaque]

Here's a noodle of the DW6000 through the Dim C TZF output.  There are six tracks of voices (noise, synth voices) being modulated by various rates and depths of flanging.  All in the symmetrical mode, 2.87 MB.

http://mypeoplepc.com/members/scottnoanh/sitebuildercontent/sitebuilderfiles/dw6k_tzf.mp3

Cheers,
Scott