It's a humbucker with a tap in the screw coil. Probably not a revolutionary idea, but it's new for me. What I did do, that might be somewhat unique, is to use a higher tension and lower TPL on the inside portion of the coil and less tension and a higher TPL on the outside portion of the coil. It did this with the theory that the lower resonant peak created by adding the extra wire might be compensated for / complimented by using a brighter coil on that portion of the wire.
Just a theory and just having some fun in the lab, really. I'm pretty sure I can get some cool sounds out of this pickup, regardless, as I used all 4 conductors and the shield to hook up the coils and tap. I have yet to test this pickup. Hoping to do that tonight or at least this weekend. Just thought I'd share my adventure here.
Here's the specs. Note that the DCR readings were taken immediately after assembly.
42AWG PE
5700 turns on the slug coil reading 4.8k Ohms
3700 turns on the inner portion of the screw coil reading 3.1k Ohms
7700 turns total on the screw coil reading 6.8k Ohms
Inside of screw coil wound and tap in place:
Outside portion of screw coil wound over the inner part and the tap:
Here's the finished 3 conductor screw coil. Not much room on there! I used my normal 42AWG PE. 7700 turns of it on this bobbin.
Pressing the slugs:
Mounted on a steel keeper and baseplate:
Wired up. The way I decided to connect the hookup lead on this one was to solder the South/screw coil start and the hookup lead shield to the baseplate, then use the remaining 4 conductors of the hookup lead to connect individually to the South/screw coil tap and finish, and the North/slug coil start and finish. This should yield some pretty interesting possibilities when installed. ...and confuse the hell out of anyone else trying to connect this pickup later!
Just a theory and just having some fun in the lab, really. I'm pretty sure I can get some cool sounds out of this pickup, regardless, as I used all 4 conductors and the shield to hook up the coils and tap. I have yet to test this pickup. Hoping to do that tonight or at least this weekend. Just thought I'd share my adventure here.
Here's the specs. Note that the DCR readings were taken immediately after assembly.
42AWG PE
5700 turns on the slug coil reading 4.8k Ohms
3700 turns on the inner portion of the screw coil reading 3.1k Ohms
7700 turns total on the screw coil reading 6.8k Ohms
Inside of screw coil wound and tap in place:
Outside portion of screw coil wound over the inner part and the tap:
Here's the finished 3 conductor screw coil. Not much room on there! I used my normal 42AWG PE. 7700 turns of it on this bobbin.
Pressing the slugs:
Mounted on a steel keeper and baseplate:
Wired up. The way I decided to connect the hookup lead on this one was to solder the South/screw coil start and the hookup lead shield to the baseplate, then use the remaining 4 conductors of the hookup lead to connect individually to the South/screw coil tap and finish, and the North/slug coil start and finish. This should yield some pretty interesting possibilities when installed. ...and confuse the hell out of anyone else trying to connect this pickup later!
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