Thanks for pointing out that you can use the attenuverter to tune the frequency of the function generator! this is super handy to be able to have some control over the pitch of the audio-rate cycling waveform out without changing the function generator's rise,fall or shape parameters! HUGE!
Still no documentation from Pittsburgh modular so this is very helpful. Since each module is extremely complex, it's nice to deal with one at a time. Thanks.
When using it as an envelope follower, is the envelope/FG dynamically following the amplitude (i.e.: louder = more 'envelope' amount), or is it just more like once the input hits a loudness threshold it triggers the FG with a static amount?
Its not clear where the rest of the episodes of your voltage lab 2 series is located. I have looked on the starsky carr and the Pittsburgh youtube channels. They seem to either be not in one single playlist, or just a few of them are randomly published here n there.
The LFO's signal crosses the threshold required by the function generator's input, causing it to interpret this crossing as a trigger. When the LFO’s output voltage increases and passes the function generator's threshold, the generator is triggered and starts its cycle. You can control how frequently the function generator is triggered by adjusting the LFO’s frequency.
Thanks for pointing out that you can use the attenuverter to tune the frequency of the function generator! this is super handy to be able to have some control over the pitch of the audio-rate cycling waveform out without changing the function generator's rise,fall or shape parameters! HUGE!
Thank you for sharing this!
Still no documentation from Pittsburgh modular so this is very helpful. Since each module is extremely complex, it's nice to deal with one at a time. Thanks.
Manual is available ;)
When using it as an envelope follower, is the envelope/FG dynamically following the amplitude (i.e.: louder = more 'envelope' amount), or is it just more like once the input hits a loudness threshold it triggers the FG with a static amount?
Would be helpful to show the re-triggering behavior in vaRious modes and using the function generators to create subharmonics for the VCOs.
Its not clear where the rest of the episodes of your voltage lab 2 series is located. I have looked on the starsky carr and the Pittsburgh youtube channels. They seem to either be not in one single playlist, or just a few of them are randomly published here n there.
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its not clear to me how patching the lfo into the input of the function generator results in triggering the FG....
What is going on there?
The LFO's signal crosses the threshold required by the function generator's input, causing it to interpret this crossing as a trigger. When the LFO’s output voltage increases and passes the function generator's threshold, the generator is triggered and starts its cycle. You can control how frequently the function generator is triggered by adjusting the LFO’s frequency.