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I made a guitar pedal!!!
it's so epic and cool
it's called the bazzfuss
Here's a stoopid little dinky demo I made with my bass
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Pédales DIY comment connecter un footswitch 3PDT
Pédales DIY comment connecter un footswitch 3PDT
Voici la situation, vous voulez cloner une pédale. Vous avez soudé les composants sur un perfboard ou un stripboard à l’aide d’un schéma trouvé sur internet (par exemple sur ce blog) ou que vous a passé un copain. Puis on aura certainement envie de pouvoir allumer la pédale, mais aussi de l’éteindre, donc la question est maintenant, comment connecter un footswitch 3PDT à ce circuit ? Et 3PDT, ça…
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It’s not very pretty or loud but at least it works:). Behold! My second Atari Punk Synth! This time I built it on a perfboard and soldered all the connections (last time I just built it on a breadboard). It pretty much worked on the first try so I’m very happy about that. I’m trying to learn more about electronics because eventually I’d like to start incorporating circuits into my sound boxes (e.g., delays, preamps and maybe even samplers). Onward! . . . #musicdiscoverylab #diy #synth #perfboard #build #maker #ataripunkconsole #homemadeinstruments #circuits #learning #soldering #itlives https://www.instagram.com/p/BykxCOphi8V/?igshid=qlv5vpuqykt2
Prototype with ease. This board features 3 power rails! Use the extra rail to carry 3.3V as well as 5V! #tinkersphere #pcbprototype #perfboard #tinkering #innovation #electronicprojects (at Tinkersphere)
But what does it all mean? #3dprinting #perfboard #stainedglass #doomkick
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pt2399. lm386. soldered onto perfboard. it is always a bit of a puzzle. 1st run it was no go because i had forgotten to solder 1 connection. i was able to find the missing connection by comparing to the breadboard. after solving that problem the 2nd run went okay.
long weekend. no easter brunches however sexy they may be. soldered the pt2399 delay circuit. soldered the ‘stereo’ line output. halfway there. lm386 loudspeaker driver is next. from breadboard to perfboard.
what have I been doing? Well, pictured is my prototyping breadboard with a circuit for a Sola Sound Tone Bender Professional MkII assembled. The three germanium transistors are a matched set from Smallbear. Other than that: six resistors, five capacitors, some wire, and that's Jimmy Page's fuzztone. Not pictured, the purple wires go to a 1K trimpot because I didn't have any regular pots in that value; I don't really like to turn the fuzz down anyway (doom) so I will probably take it out when I put this onto perfboard. Also, the red wire is alligator-clipped to the negative lug of a power jack, and the black wire is clipped to positive. Why? This is a positive ground effect, which means that the current flows the opposite direction from most 99% of other circuits (not just effects circuits; almost all modern technology uses a negative ground standard. Wiring the power and ground wires backwards works, but this pedal can not be daisy-chained with others, so I will install a battery snap when I box it up. No problem.
What else? a first build on perfboard. I should've taken a picture of the solder side of this -- that's the interesting part. either way, it's a Fuzz Face, using BC108 silicon transistors. sounds great, 8-bit like with higher fuzz settings, smoothing out a bit with lower input volume to crackly warmth. really this is about as simple as one can get... audio goes in, 820n capacitor (my own choice of value... more bass, more fuzz), over to first BC108, amplified, sent to second BC108, a pot controls how much signal is sent to ground between the transistors, another 820n cap at output (original called for 10n... too trebley for me), some resistors, etc. Call it a day. R.G. Keen has a much better explanation of how it works, too. mostly sharing this because I built directly from the schematic and soldered point-to-point -- no 'cheating' with copper vero strips. Learning. that's that for now.
