Recent content by dan.schumaker

We might not be out of the woods yet... according to this, anything under $800 is still subject to a 120% tarriff (or $100 per package). It looks like its to stop Shein and Temu, not us trying to order from JLCPCB Driving the news: The Trump administration announced a temporary trade deal...

In this case, I would add two more capacitors in parallel to get you the values you need (15nf + 3.3nf for 18nf & 22nf & 4.7nf for the 27nf).

Even though it looks like you made a decision, I would recommend my DM-3 as a great sounding delay!

That looks awesome! Great work on it!

You should be able to fit it no problem! It will be much easier to off-board wire the pot. Use the drill template on the Madbean Baby Board Guide and you will be in business. Also, another good hint, use low profile film and electrolytic caps in the build, that will make getting the back on...

Try it out! It works super well! I remember that a single sheet pan can hold ~50 1590A's (less of bigger pedals). I have a 20 high rack, but you can also get a shorter 10-high one.

I use sheet pan racks to hold all my peadals. It holds a lot and is very space efficient!

That is a very, very sexy looking Strat!

Not to mention they are cool guys @StompBoxParts !

It sure is! (Had to take the cover off to make it fit :ROFLMAO: )

It shouldn't be too much harder than a 5F1. Check this out to see what it would involve. Here is mine (I made my own layout, didn't see Steve's until after I made mine):

Looks great! I'm going to have to reflash my chip to try the momentary mode, thanks for posting that!

I would assume you could either use a 1uF Electrolytic cap (using the + pad in a vertical orientation), or a 1uf Film cap (using the pads in the horizontal orientation).

Yep, that is totally doable. With the PPCB 3PDT breakout board, take the Fuzz Jack In, wire the rest as normal, then Fuzz Jack Out to Boost Jack In, then wire the rest as normal. On the Order switch, Fuzz Jack In will be S1 and Boost Jack Out will be R1 (the Vibe will go on S2 and R2). Then...

That should be doable. From what you described you want to think of it as two circuits: 1) Vibe and 2) Fuzz & Boost. You would want to keep the Fuzz and Boost wired in series. From there, you can implement any normal order switching (like the PPCB order switching board).