cellF panels
These are two of the three panels for this project-
http://guybenary.com/work/cellf/
They will interface directly with human neurons growing in an electrode array to make beautiful music!
http://guybenary.com/work/cellf/
They will interface directly with human neurons growing in an electrode array to make beautiful music!
NLE2 by Subconscious Inclination
Love this one!
Dual VCO Tri1 -> Timbre! -> Serious Filter. Dual VCO Tri2 -> Multi-Band Distortion. Flip Flop, BOOLs, 2x 4Seq doing the sequencing and triggering of envelopes. Sloth & Super Sloth servicing a bunch of modules. Reverb and Delay with Behringer pedals.
nonlinear excursions
Steve knows his way around NLC modules exceptionally well. This track features a couple of vactrol PiLLs and a DelayNoMore
nonlinear excursions 001
nonlinear excursions 001
Segue (vactrol version)
This is a VC panner, VC cross-fader, VCA and VC attenuator, process CV and audio.
Very easy build.
The scope pic shows the signals on the two outputs as an audio signal is being panned by a LFO saw-wave.
PCBs - US$18
panels - US$20
airmail - US$5 per order
Assembled - US$160
regd post - US$15 per order
Very easy build.
The scope pic shows the signals on the two outputs as an audio signal is being panned by a LFO saw-wave.
PCBs - US$18
panels - US$20
airmail - US$5 per order
Assembled - US$160
regd post - US$15 per order
Sloth version3: Stasis
Finally got this one sorted. The image shows the Sloth completed 2 figure 8s in a three hour period (I started it at 11:50).
This can be built on the same PCB as the regular and super Sloths, although the 4700uf caps have to stand off a bit. The build manual BOM will be updated with the required components. All build manuals are HERE
This can be built on the same PCB as the regular and super Sloths, although the 4700uf caps have to stand off a bit. The build manual BOM will be updated with the required components. All build manuals are HERE
neuron array switching and stimulation module
The title pretty much decribes this PCB. It is for sending 16 stimulation signals, from a synth, to neurons growing in a dish. It also momentarily switches off the signals coming from the 60 electrodes in the dish for just under 10ms, when a stim signal is sent.
More info on the cellF project is HERE
1st performance will be 4/10/2015 at UWA Perth
More info on the cellF project is HERE
1st performance will be 4/10/2015 at UWA Perth