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...
confirmed. i was sold fake OPA2134PAs (wasn't aware until a problem showed up later).
emailed them about it. they conceded and gave me 'refund' credit.
i'll either make a post about it somewhere here, that i can then refer back to later,
or
ill just write some notes in a little booklet/pad.
photographs of breadboard builds have also proven to be quite valuable to me during moments of 'wtf is going on here' / 'what did i do?'
usually this is...
yeah idk, once it looks like you've cut a significant groove. both sides.
yes. i will often use pliers. mostly because the pliers help with applying even pressure across the plane when attempting to snap
only until I've finished the actual final build of the pedal that the breadboard build/circuit inspired in the first place.
yep, pretty much. i will rebag the 'used' components to reuse again and again specifically for breadboard builds.
this one.
The mini version was my first breadboard rig...
ay thanks 🤟🏻
yep, it’s this one:
there’s a couple different versions on that page - this is the larger one at the bottom of his post.
as you’ve probably seen, his build method/intention involves using slightly different 9mm pots to mount the board on the side of a 1590B. i meant to order that...