RE: [Doepfer_a100] Re: a111/2 dynamic vco prototype sound examples
- Thanks for the examples! I can't think of a more useful and nice-to-have
VCO than the A111/2. Comparing it with an ordinary VCO like the A111 or 110
reveals its usefulness in higher relief.
- selfoscillate wrote:
> 1.What kind of waveform does that start off with officially. It looks like
> an adsr envelope patched to the cv morph input.
a distorted sine wave.
- --- In Doepfer_a100@yahoogroups.com, Jay <groups@...> wrote:
> selfoscillate wrote:
> > 1.
> > an adsr envelope patched to the cv morph input.
> > http://www.selfoscillate.de/a100files/a111-2-vco-envmorph1.mp3
> What kind of waveform does that start off with officially. It looks
> a distorted sine wave.the starting wave is the sine output of the prototype.
the distortion is coming from the currently used
sine-converter in the prototype, which will probably
be replaced by a better one in the final product.
so in the end the final a111/2 will offer a cleaner
sinewave than the prototype.
- --- In Doepfer_a100@yahoogroups.com, "unknown freak"
> Thanks for the examples! I can't think of a more useful and nice-
> VCO than the A111/2. Comparing it with an ordinary VCO like theA111 or 110
> reveals its usefulness in higher relief.yes, i see that in a similar way.
it is not that the a111/2 gives us really new timbres,
but it's usefulness is really great. you just use
it an other ways than a standard vco, because almost
all parts are right where you need them.
florian pointed out that the functionality could be
replicated with ordinary modules, and of course he is right.
besides the a111 you would need three mixers to provide
the composed waveforms, and an addressed switch (a152)
to select between these mixes by a voltage.
the morphing could be done with an a134 panner and the
cheapest way to get the second pulse waveform would
be the use of an a167 comparator. i'm not counting
the needed a180 multiples and still i count six additional
modules to get the functionality of an a111/2 out of an a111,
and then you still don't have the vcf and the vca.