Okay, I have my bobbin built. I used threaded steel spacers and 1" long set screws to meet the adjustable pole piece requirement. Now I have another question. I looking for suggestions on how to solder up the magnet wire and lead wires. I used Strat single-coil flatwork with an extra top piece to separate the two coils. Which coil should I wind first? And then how should I connect the two coils? I know finish wire to finish (I'll wind both coils in the same direction) but should I solder hook-up wire (28 gauge stranded) to both starts and finishes? I'm just having trouble figuring out the placement of the wires to connect the 2 coils.
solder 28 gauge lead wires to your magnet wire ,like as in humbuckers & Hold them in place with tape .
I picture of your frame & bobbins would help.
Are you using a standard strat bottom flatwork ?
"UP here in the Canada we shoot things we don't understand"
solder 28 gauge lead wires to your magnet wire ,like as in humbuckers & Hold them in place with tape .
I picture of your frame & bobbins would help.
Are you using a standard strat bottom flatwork ?
Okay, I think I can picture how that would work in my head. Thanks.
Yes, I used standard Strat bottom work, but I have brass eyelets and I can just drill a couple more holes. Originally I wasn't thinking about using 4-conductor lead wire. But if I think of it with 4 conductor wire, it starts to make more sense to me as how the wire will sit on it.
Oh okay, I'll crack out the camera an post a pic or 2
Thanks for your interest T. But I got side-tracked and had to make several pickups for someone else. I hope to get to it this weekend sometime. I'll be sure to post when I get to it.
Here you go. Since the threaded spacers are such a large diameter, I will definitely be using 43 gauge magnet wire to wind it.
Are those steel spacers, or aluminum? If they are steel, you should get longer ones so the magnets can touch the sides of them. As it is now, if you raise a pole piece it will get farther away from the magnet.
It would be possible to describe everything scientifically, but it would make no sense; it would be without meaning, as if you described a Beethoven symphony as a variation of wave pressure. — Albert Einstein
Are those steel spacers, or aluminum? If they are steel, you should get longer ones so the magnets can touch the sides of them. As it is now, if you raise a pole piece it will get farther away from the magnet.
They're steel. The steel set screws stick out the bottom of the spacers about 3/16" while still sticking out of the top about 3/32". So realistically I have only about an 1/8" of adjustability. The set screws are 1-1/8" long. I will probably just get longer set screws so I can have more adjustability.
They're steel. The steel set screws stick out the bottom of the spacers about 3/16" while still sticking out of the top about 3/32". So realistically I have only about an 1/8" of adjustability. The set screws are 1-1/8" long. I will probably just get longer set screws so I can have more adjustability.
OK, that makes more sense. With the steel inserts it doesn't matter how long the set screws are.
That's kind of like the G&L MFD pickups.
It would be possible to describe everything scientifically, but it would make no sense; it would be without meaning, as if you described a Beethoven symphony as a variation of wave pressure. — Albert Einstein
Comment