How exactly does four inches of wire make a difference when connecting a pickup containing hundreds of feet of wire? Maybe it's just the fever and flu, but I'm having trouble wrapping my brain around this...
are you guys cutting the cable lengthwise or breadthwise..?
my guitar sounds funny
So... if you put instant coffee in the microwave you CAN go back in time???
There is a small possibility, but it is much more likely to a) make a mess of your microwave and b) create a point of singularity that will consume the Earth, Sun and eventually the entire galaxy. However, the chance of time travel is increased if you set the microwave to medium power and put a colander on your head. This will dissipate the Higgs boson particles, making the formation of a singularity much less likely. If you do this however, make sure you take some instant coffee for the return trip, as well as some tools in case you need to repair the microwave
Aim for some time around 1963. The Gibson Les Paul model electric guitar will be out of production, deeply unfashionable and on sale for next to no money. Snap up a couple of dozens for your return trip. :cool2:
omigod did you NOT read my post??
A time based warrany with a time machine sounds like a bad idea. You need some kind of odometer installed and base the warranty off of that.
To the OP: I would think the length would make a measurable difference in the capacitance and resistance of the lead. Shorter lead would have lower values, thereby increasing the highs frequencies and output. However, I'm sure you would need a highly sophisticated electronic meter to actually measure the differences (borrow one from NASA). Now can you hear the difference, no because the change is so small. Plus any difference, however small, may not make it to the input jack due to the additional wiring and components that have an influence on the signal.
You could always shorten the leads, and try it out. If you don't like it, use one of these guys time machines to go back to the time before you cut the lead.
Any two conductors in proximity to one another can be said to have some capacitance between them. In particular, twisted or shielded wire has a measurable capacitance per unit of length, as determined by the conductor geometry and the dielectric medium between them (air, rubber, cloth, etc.). It's usually modeled as a capacitor connected across the two conductors.