Re: Thought of a cool new STRAT wiring....
Let's look at a stock LP, it self-balances itself ....
Say you got two 10k pups, in parallel they drop to 5k ... So: (pup/load)
Single pup ...... Both pups
For stock LP:
10k/500k ...... 5k/250k ...... The ratio of source to load remains the same.
Now come the other variations ...
For three 1 Meg pots:
10k/500k ...... 5k/~333k
For two 500k pots and one 10 Meg pot:
10k/~476k ...... 5k/~499k
For two 1 Meg pots and one 10 Meg pot:
10k/~909k ...... 5k/~476k
Now something else to consider, pots are also capacitive because they form a capacitor when grounded, even though the capacitance is rather small.
Two 1Meg pots in parallel will load the same as one 500k pot; However the two 1Meg pots will most probably be a tiny, tiny bit darker than the one 500k pot. I don't think anyone would ever notice it, but I thought I'd throw that out there for fun. Oh, if you don't believe me ... take a 500k pot (not hooked to any thing) clip your leads on the CW and CCW lugs, and take a capacitance reading (remember to subtract the meter's self-capacitance from the result). Just a different slant to consider.
Lightning said:B, I know your intent was to roll off some treble. I just glanced this thread and I don't think anyone covered this yet. If you add a master vol to a stock LP all 3 volumes nead to be 1 meg. Even with all 3 volumes at one meg in the middle pos you will lose more signal to ground than with stock, but using the PUs individually the shunt to ground is same as stock 500k so no additional loss.
*******You could add a 10 meg master volume and the resistance will still be less than the lowest resistance in parallel in the circuit.*******
Let's look at a stock LP, it self-balances itself ....
Say you got two 10k pups, in parallel they drop to 5k ... So: (pup/load)
Single pup ...... Both pups
For stock LP:
10k/500k ...... 5k/250k ...... The ratio of source to load remains the same.
Now come the other variations ...
For three 1 Meg pots:
10k/500k ...... 5k/~333k
For two 500k pots and one 10 Meg pot:
10k/~476k ...... 5k/~499k
For two 1 Meg pots and one 10 Meg pot:
10k/~909k ...... 5k/~476k
Now something else to consider, pots are also capacitive because they form a capacitor when grounded, even though the capacitance is rather small.
Two 1Meg pots in parallel will load the same as one 500k pot; However the two 1Meg pots will most probably be a tiny, tiny bit darker than the one 500k pot. I don't think anyone would ever notice it, but I thought I'd throw that out there for fun. Oh, if you don't believe me ... take a 500k pot (not hooked to any thing) clip your leads on the CW and CCW lugs, and take a capacitance reading (remember to subtract the meter's self-capacitance from the result). Just a different slant to consider.