Bio77
Well-known member
Perfect, that's an easy addition. Thanks!I'd go with something like 220R - 560R.
You want a resistance low enough to limit current to an acceptable level but not high enough to affect the "dimed" state of the pot.
Perfect, that's an easy addition. Thanks!I'd go with something like 220R - 560R.
You want a resistance low enough to limit current to an acceptable level but not high enough to affect the "dimed" state of the pot.
The normally open switch is soldered to lug 2 and 3 of the dwell pot. When it is pressed it shorts the pins so there is no resistance. The 2 and 3 lugs are also soldered to the pcb, where they would normally go.I know this thread is a bit old, but I had a question. Where do I put the resistor for the slam switch (my electronics skills are weak!)?
I probably have the art file around but it's not really important as a drill template because everything but the rotary switch is off board. If you want the art file send a PM....and a long shot, any chance you have a drill template?![]()
Built this awile ago, so, I might be remembering wrong. I'd guess it is the current limiting resister for the LED. Since I built the mini board to have adjustable LED brighness, it isn't neededOne more question, why is there a jumper at R13?
No worries on the art, I was looking more for the drill template. I'll figure it out.
Thanks for the help!