drewbixcubed
Moderator
It should be clear that a pickup A in series with a pickup B should sound exactly as B in series with A. This is valid for the series of any number of pickups.
It should also be clear that any combination of pickups should sound exactly like another one with is obtained reversing the phase of all used pickups.
In the first case you have the sum of two signals, S(t) = A(t) + B(t). Of course S(t) is also = B(t) + A(t).
In the second case you have S(t) and -S(t). This second one has simply an opposite polarity. It is known that our ears don't distinguish opposite phases alone. Both seem to be exactly the same sound.
This should be very simple to confirm with adequate presets and changing between them...
AM
Does this announcement by Drew mean we're closer to seeing them hit the street methinks?
Yep, it's an obvious difference on the video clip. In fact, BP brings it up specifically with Morse, who admits that it seems counter-intuitive but the effect is definitely there. Coil order does make a difference to the tone. Clearly, pickup coils cannot be thought of as simple current sources.Jimmyb said:There is also a point on one of the videos where it's demonstrated by Dave LaRue.
And it should also be clear that a combination of effects pedals should sound exactly the same, regardless of the order in which they are placed in the signal chain. However, it's easy to try it out for yourself to see if it makes a difference (and virtually everyone agrees it does make a difference).
There is also a point on one of the videos where it's demonstrated by Dave LaRue.
I simply believe that it is not on that point that you get most out of the incredible possibilities of the guitar.
It should be clear that a pickup A in series with a pickup B should sound exactly as B in series with A. This is valid for the series of any number of pickups.
It should also be clear that any combination of pickups should sound exactly like another one with is obtained reversing the phase of all used pickups.
In the first case you have the sum of two signals, S(t) = A(t) + B(t). Of course S(t) is also = B(t) + A(t).
In the second case you have S(t) and -S(t). This second one has simply an opposite polarity. It is known that our ears don't distinguish opposite phases alone. Both seem to be exactly the same sound.
This should be very simple to confirm with adequate presets and changing between them...
AM