14
by TylerSavage_Archive
Dr Tony Balls wrote:TylerSavage wrote:Wire has capacitance, and the capacitance in your cables & long wire runs (think of all the wiring in a pedal)I'd clarify by saying that CABLES have capacitance, not wire. Guitar cables are shielded and the gap between the center conductor and the shield acts like a capacitor. Single wires dont do this. So its really more about the length of the cables between the guitar and board, between all the boxes on the board, and between board and amp. Also all the wiring in a pedal wont really affect much. You're only concerned about the bypass wiring, which is generally a few inches of single conductor wire.To the OP: as suggested add a buffer at the end of the chain if thats what it takes to fix the problem. Could be a dedicated buffer as was posted, could be a Boss/DOD/whatever pedal that you dont turn on, etc.Re: a boost to run "always on" I have made a bunch of stuff that includes always-on Super Hard On circuits. Easy, breezy, beautiful shit.yes sorry that's a very good point because it would literally be like two metal plates right? What clears up why that never truly made sense to me as to how a 20 foot cable w/ 22 gauge wire affected the signal frequency more than just running through that wire in a pedal. I wasn't thinking because I measure that on signal wire in professional world, but I'm always working with shielded twisted pair or coax