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Ben asked 4-Way Phase Switch? (and more)?
Here's the dilly-o: I'm slowly putting together an experiment guitar--as in mad scientist kind of experiment guitar--and something I've been hypothesizing about is whether or not I could set up a 4-way switch for the following phasing options: 1st position: No additional effect 2nd position: Neck and Middle out of phase 3rd position: Neck and Bridge out of phase 4th position: Middle and Bridge out of phase Furthermore, I've been wondering if the same kind of thing would be possible for additional series/parallel switching (using a 4-way switch); it would use the same order of positions, and would, when switched out of 1st "No additional effect" position, change the way the pickups are wired from series to parallel (that is, if pickups are traditionally wired in series... that's what I've read). What do you think? Is it possible? For those of you who may be thinking I'm making MY experiment guitar "too complicated" ('my' being the operant, possessive word here), you may want to consider the fact that I'm only showing two small facets of what I plan on doing (because there are many, MANY modifications I'm pursuing). That being said, aside from these two things you actually have virtually no clue whatsoever as to 'what's going on upstairs', so either answer the question on how you think it COULD or could NOT be done, or don't waste my time and that of everyone else reading my question and giving a REAL reply. Thank you. Getting back on subject, the thought just came to me: Are pickup selector switches double pull? (That's what I was hoping I could use.) Because if they are, all I would need to do is get a 4-position pickup selector switch and wire it up properly.
And got the following answer:
I'm sure you could do it with a correctly wired rotary switch. I think you could do it with a three-wafer switch where each wafer would control one pickup. You could do it with three DPDT toggle switches with the outer terminals wired together in a crossed pattern. Each switch would independently control the phase of its associated pickup. I'm leaving the second question alone for now.