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Try this link its all about what different diode do etc distortion wise , it's a great compilation. link: https://www.guitarpedalx.com/news/news/a-brief-hobbyist-primer-on-clipping-diodes

Still waiting for my Arachnid boards to arrive , have everything else , all the parts etc , hoping to be able to switch between 2 custom eeproms with different effects on them, and use the clock module as well so should be interesting if all goes well .

Gonna give this a go, should be fun....

Soldered 1st pin and the bottom right pin to position it , my solder was a bit to thick so I fluxed all the pins and went for the 'cover all the pins in solder' technique and it worked , then I used the suck all 'the solder off technique' and hey presto it worked , i think you need a good solder...

I'm not too up on this stuff , but I think the 100u are smoothing caps and the 100n is there to shunt any switching noises on the circuit , I could be wrong.

Program # Description Pot 1 Pot 2 Pot 3 0 Chorus-Reverb Reverb Mix Chorus Rate Chorus Mix 1 Flange-Reverb Reverb Mix Flange Rate Flange Mix 2 Tremolo-Reverb Reverb Mix Tremolo Rate Tremolo Mix 3 Pitch Shift Pitch ±4 Semitones - - 4 Pitch-Echo Pitch Shift Echo Delay Echo Mix 5 Test...

I used a miniature spdt (on/ off) switch. Soldered 2 pieces of wire, one to the middle pin of the switch and then to the end of a resistor r5 (10k)which connects to T0 of the fv1 chip (2nd last pin on the left of the fv1). the 2nd piece of wire is soldered to one of the other pin of the switch...

I don't know this pedal at all so I can't be 100% sure, but I don't see why not ,it should work for all fv1 chips according to the datasheet. You will have the same problem as me in that you won't have the 3rd ctrl pot connected to give you the effect mix on some of the effects.My hydra delay...

Thanks For that , It Seems I will have rig a change over switch for pot 3 as well .

Just finished a hydra delay pedal a few days ago (1st smd soldering experience,nothing like the deep end and it worked !) , great sounds but was unable to get the first switch working, after investigation found no voltage (3.3v) at switch 1, rather than take it al a part again, i jumpered from...