Recent content by owlexifry

yep. breadboard build is the glue trap. (starts in bypass as per usual and the glue trap is engaged first)

looks awesome. cyrillic labels suit it well 🤘🏻 there’s a direct comparison in the demo i did for the breadboard build if that’s any help

heck yeah star ground for the win 🤟🏻

i used: - x2 TL082 in the Qx positions that service the LFO stages (& output stage) - x1 TL072 for the input stages. - x3 4558s for the LDR stages. i would only suggest that it’s necessary to use a low current device like TL082, TL022 for the LFO stages to minimize LFO noise.

lol ok

real circuit or or pretend simulation?

not sure if useful - but i still have my breadboard build (didn't notice any oscillation at maximum fuzz)

imagine paying money for software... i prefer the analog version, it's kinda hard to hear graphical waveforms

not a problem. I recommend you start by posting a thread in the troubleshooting department ➡️ https://forum.pedalpcb.com/forums/troubleshooting/post-thread dont forget to include photos of the whole build, including close shots of both sides of the board. ay cheers :coffee: depends... if im...

heck yes. this is good to hear, still yet to build my brownout have you tried boosting it with an SD-1?

https://sheepylove.com/products/dark-sheep the only reasonable choice is an MT-2

💯 yep - definitely been the culprit. 100n would have been shaving tonnes of treble off at the end.

looks ideal. are you following the sola sound schematic at the top or the vox schematic below it?

that's a fair point. i guess the point im trying to get across, is that your options for useful / viable transistors opens up a fair bit if you're willing to put the circuit on a breadboard and tweak it/dial it in (using non-stock / non-standard values) to suit the transistors that you can get...

a fuzz face is a fine choice. - forget gain values. it doesn't matter as much as people bang on about. - adequate leakage is most often a good and necessary requirement. forget this arbitrary 100uA cutoff thing. (heck i would even suggest 100uA as a minimum requirement) - you do not need to...