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Oh man you’re right what was I thinking.

Reference the device datasheet.

Those look good! They look like they could be less "rice krispies treat" and more "hammered enclosure."

"pozidriv" sounds like a handle for a forum nerd in the early aughts

Incredible build! @steviejr92 what color is that enclosure?

Looks like a 1kHz passband filter. Edit: Yep, it's so you can take the measurements to compare to the stated 1kHz performance.

With that keyboard, you’d better be on the desktop.

@Robert how has cloudflare’s bot/data-scraping mitigation been working out?

Really digging the html mode I’m seeing today!

With the stock values on the clean path, virtually nothing is being filtered. Adding more bass signal to the comp path would most likely negatively affect the performance of the comp (i.e., lower frequency guitar signals can have a higher amplitude, causing an imbalance in the detection...

Cursed.

https://forum.pedalpcb.com/threads/help-identifying-coupling-caps.26369/post-337481

Krap

Absolutely breadboard a TB MKI before assembling the PCB. It can be a particular circuit, and auditioning transistors/bias resistors will allow you to find the best set without overworking the board/sockets.

Attached is a vero layout for a daughterboard I've used in the past. The pot (100k) is an input trim adjustment and can be internal or external depending on your application. EDIT: IN is taken from the main instrument circuit path, the TRS connections are for the AUX input, and OUT goes to the...

I admittedly didn’t even look to see if that was the case. Glad it’s sorted. Good luck calibrating!

That’ll make it easier for you since you would be able to test the 15 V pad. You can test the pad for the input pin of the regulator for something above 15 V if you want to keep it omitted though.

The pin 6 reading you reported is where it should be. You listed 0 V for both pins 3 and 5, but I wanted to make sure that they are well seated in the socket as the pin 5 voltage must be kept at or below the pin 3 voltage or the device will go into shutdown.

Where did you get the LT1054? Did you leave the 7815L in (and is it oriented correctly)? Are D8, D9, and D13 installed correctly and not shorting? Your pin 6 Vref voltage looks good. Pins 3 and 5 are both firmly seated at GND? EDIT: You could also try removing C37. That would give you the...

Better living through chemistry scripts.