[sdiy] Michael Barton?
Nicholas Keller
niroke at tampabay.rr.com
Fri Nov 7 17:03:50 CET 2014
Correction: after reading the BMC voltage to rhythm manual, I see that is is indeed a 8-bit process, so multiple outs can be "high" simultaneously, similar to your sequencer's ADC.
His Multi Window Comparator is also able to have a variety of possible combined high outs, with more than one range per output.
Nick
> On Nov 7, 2014, at 8:18 AM, Nicholas Keller <niroke at tampabay.rr.com> wrote:
>
> Matthias,
>
> Very nice sequencer! Much more useful than the voltage to trigger module. I understood that one to be more of a multi-comparator with separate outs, with only one output HIGH at any given time. Useful for creating rhythms when connected to 8 drum voice modules. But yours is a unique sequencer with voltage and gate/trigger. I have several step sequencers already, but nothing that can cycle through gate patterns like yours. There are modules like Kikpatrick's RPG, but I don't know how much control you have over the voltages generated, and I doubt you can lock steps On or OFF while modulating others.
>
> Wish I had one!
>
> Nick
>
>
>> On Nov 7, 2014, at 3:27 AM, Matthias Herrmann-DEU <Matthias.Herrmann at jeppesen.com> wrote:
>>
>> <snip>
>>> I quite like some of them that
>>> are rather unique, at least I haven't seen many like them
>> <snip>
>>> voltage to rhythm
>>
>> hi nicholas,
>>
>> back in 2011 I did a PCB for a DIY project, called VCP Sequencer:
>> http://www.modular.fonik.de/Page47.html
>> it actually did voltage to rhythm conversion, not using a microcontroller and software/code, but an ADC.
>>
>> I later turned it into an eurorack module:
>> http://www.fonitronik.de/index.php/modules/mh11-adc-pattern-sequencer/
>>
>> currently I am working on an improved ADC circuit, with the pattern selection synced to an external clock.
>>
>> cheers,
>> matthias
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