BTW even AVRSynth's panel is a pain in the butt. I'm going to make an AVRSyn 32 and to control some stuff will package a midibox core too. It will be something like: http://sites.google.com/site/diysynth/Home/avrsynth32.svg?attredirects=0
this!
Hope I can pull it through :) will make a heck of a post though :)
but the tough thing about the soundlab, for me, was the panel-mounted resistors/caps. Often seemed precarious and delicate especially since I was using an aluminum(conductive!) panel - eep.
So far, I have connected about half of the pots on the soundlab. I used lots of heat shrink, a small diameter one on the pin that was not soldered on the pot and a big diameter one to cover the whole component up to the cable insulation. Then I opened a hole with an exacto knife on the heatshrink to see what is inside..
4 comments:
oh man, MFOS panels can be quite rough.
My soundlab is likely proof -
http://www.flickr.com/photos/collinmel/1450794649/
Oddly, these designs are likely a testament to Ray Wilson's patience and skill.
Your lizard like WSG is very cool!
BTW even AVRSynth's panel is a pain in the butt. I'm going to make an AVRSyn 32 and to control some stuff will package a midibox core too. It will be something like: http://sites.google.com/site/diysynth/Home/avrsynth32.svg?attredirects=0
this!
Hope I can pull it through :) will make a heck of a post though :)
true that be a whole lotta pots!
but the tough thing about the soundlab, for me, was the panel-mounted resistors/caps. Often seemed precarious and delicate especially since I was using an aluminum(conductive!) panel - eep.
So far, I have connected about half of the pots on the soundlab. I used lots of heat shrink, a small diameter one on the pin that was not soldered on the pot and a big diameter one to cover the whole component up to the cable insulation. Then I opened a hole with an exacto knife on the heatshrink to see what is inside..
Now you know why I got bored doing it :)
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