Alright so do I stick the resistor across the lugs on the same side I soldered them to the board or on them before they hit the board?Put a 1M resistor across lugs one and three, that will bring the value down to 500k. I forget what I stuck in mine.
Whichever is easiest for youAlright so do I stick the resistor across the lugs on the same side I soldered them to the board or on them before they hit the board?
Huh.Whichever is easiest for you
I'd never played through one before and I quite like it. Definitely going to be tinkering with the pots to see if I can get a little more usable range out of it but it's a nice sounding circuit.One of my all time favs, the dod 250
It does a better job on the inside too—where it’s sandwiched between metal.Awesome first build. I recommend C500K pots for this circuit--that's what I've used and no complaints about the range.
Here's a tip: you don't need that lock nut on the outside. I typically use it on the inside of the pedal, right up against the aluminum.
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It was a mistake! It's where it belongs nowIt does a better job on the inside too—where it’s sandwiched between metal.
Appreciate thatMan I wish my current builds were as nice let alone my first!
Well done, bravo!
As for apps, I was using "Mila's Tools - Unit Converter" on my old phone, need to get something similar but improved for new phone.
I've used mainly 24AWG pre-bond, as it holds it's shape almost as well as solid-wire, but I've also used 26AWG for 1590A and other crammed builds, but I just gave my 26er stuff to a friend. Have some new 22AWG to try soon...
I actually tried that at least three different ways, even tested the resistance of the pot to make SURE it was reading right after the resistor was installed and just wasn't hearing much (if any) difference. I think I've just got a bad pot. I have a few things on order for this project and the next ones though so will see for sure if the pot is the issue.That's a good first build!
If you have a 1m pot, wiring a 1m resistor across the outside legs will make it a 500k pot. If the pot is linear it retains that same sweep. If it's a logarithmic pot and you do that the sweep will change to reverse logarithmic and vice versa. I had a situation recently where I needed a c5k pot (gain pot on the emitter of a transistor to ground), but the closest I had was a10k. Threw a 10k resistor across the lugs and it worked perfectly.