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The last three - maybe the ones that came out since you last saw them? - are all excellent. Quite different from the early stuff, Double Negative is a fave.

In the Brown Betty, I think if you were going to notice any difference at all between ICs, it *might* be in IC3? That's the one that controls the mid and bass EQ and isn't being clipped to heck by the diodes. You'd almost certainly get way more noticeable results by tweaking the r/c values in...

@Mentaltossflycoon I use one of these to power two voodoolabs:

Peut-être?

I believe the spec is ~6V.

Hopefully that works? Maybe not the most useful loop, but it should give you an idea of the range of settings.

Also, tried to chase down the switch pop with some extra RC combos on the 3PDTs and it didn't improve the situation at all. Disconnected the LEDs and it went away. 😔

Decided the EQ was a bit too scooped at 12:00 bass and 12:00 treble, so I swapped out the two 4n7 caps in the tone stack for 1n5 which flattened it out. the bit of extra low mids are helpful, it all sounded a bit too spiky without them. I usually cut a fair bit at 225hz whenever I'm mixing...

Finally got this boxed up and working properly. 7 knobs really is way too many knobs for a stripboard project, especially trying to cram it into a 1590B. I noticed a few mistakes on the schem and layout along the way so had to make a few quick corrections on the fly to make it work, thankfully...

You might want to socket the FET and try a few different options out. If the source voltage is low (below 1V) you might notice some distortion with higher output pickups. I think "ideally" you want source voltage to be around 1/2 supply, but given that it's feeding a distortion pedal you might...

Fun Fact™ in addition to being pretty good at the chug chug, it's also featured prominently on the last Low record, Hey What.

The zvex box of metal sounds fantastic imo, and the gate function is extremely useful. Worth checking out, though I’m not aware of any DIY PCBs out there that include the gate.

Made a few tweaks to that schematic, there's a cap and a resistor in there that are probably redundant but aren't hurting anything I guess. Here's some vero if you want to give it a go: [EDIT: Updated vero below] It's pretty straightforward, a SHO variant going into a an overdrive loosely...

What is the pedal plugged into? Popping can often be caused by DC leaking out of the input of an amp.

Lovely - thank you! You used the drill template in the build docs for those?

Hi folks, Just wondering if someone here could point me toward a PPCB project that you've made featuring a 1590BB enclosure, top mount jacks, and (here's the important thing) clearance in the drill template for plastic enclosed jacks to clear the pots. I have a 1590BB leftover from before...

Wait, do you have 2 J201s attached? It looks like you have an SMD-type soldered on and then also a through-hole J201 in the sockets? If so, take the one out of the socket - those pads are an either/or not a both.

If you set the mix to 100% dry and level to 100% clockwise (CW) is the signal the same on legs 1 and 2 of the mix pot and legs 2 and 3 of the level pot? Is it the same as what you're hearing on either side of R6 or on C2?

The build doc is here: https://docs.pedalpcb.com/project/LowTide-PedalPCB.pdf You'll need to use the diagram at the front with the component numbers as a reference. For example, check both sides of C1 and both sides of C2 with the audio probe. Everything good so far? If so, cool! If not, you...