I make humbuckers all the time without a metal baseplate.
My reason was the magnetization loss of alnico magnets, but Terry said that this is not a problem, so now i more interested in the different tone with different material, so what do you use for making different tone? diffent size of bobbins? and different size of magnets?
I more interested in making a humbucker with multiple taps, so i can switch between a more vintage sound pickup to a hot humbucker.
My reason was the magnetization loss of alnico magnets, but Terry said that this is not a problem, so now i more interested in the different tone with different material, so what do you use for making different tone? diffent size of bobbins? and different size of magnets?
I more interested in making a humbucker with multiple taps, so i can switch between a more vintage sound pickup to a hot humbucker.
Juan
Hi Juan:
What I said, was that I didn't know what the effect of different materials under the Magnet would do?
But, to try these different things, and to experiment.
Like David said the steel will possibly cancel the field out.
So if the steel doesn't work, try brass, nickel, or alluminum.
If you get an idea like that, to try it.
What they sound like in the guitar is the end result.
Good Luck,
"If Hitler invaded Hell, I would make at least a favourable reference of the Devil in the House of Commons." Winston Churchill
Terry
Sorry if i misunderstood, I struggled to enter the forum, so the steel in the humbucker pdf Where it goes?
Juan
The PDF is not very clear, sorry.
The steel plate, or steel bar, is not part of the finished Base Plate.
The steel plate is used to form and bend the nickel base plate around.
It is just a tool for forming.
You would only need one bar to form all the base plates you make.
The bar could be made out of other materials, but steel would hold up best.
probably1/4-3/8" thick.
Or that would be 6-10mm.
T
"If Hitler invaded Hell, I would make at least a favourable reference of the Devil in the House of Commons." Winston Churchill
Terry
My reason was the magnetization loss of alnico magnets, but Terry said that this is not a problem, so now i more interested in the different tone with different material, so what do you use for making different tone? diffent size of bobbins? and different size of magnets?
I more interested in making a humbucker with multiple taps, so i can switch between a more vintage sound pickup to a hot humbucker.
Juan
Baseplates on humbuckers are not magnetic. The fact that the pickup is shaped like a U stops the magnets from demagnetizing. Also, poles of the magnet are touching steel poles and keepers, etc, and do not touch the baseplate.
Then look at Fender pickups; they have nothing touching the magnets, and they don't demagnetize. As long as the alnico magnet is long enough from pole to pole, it's pretty stable.
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
I have found 2 hardware store (i donīt know if is the word) in Uruguay that sells steel sheets 1010,1008 and 1045 of different widths, I will search more but , I thought it would be good idea for use the steel for making blade humbuckers, what widths do you recomend my for make humbuckers?
I have found 2 hardware store (i donīt know if is the word) in Uruguay that sells steel sheets 1010,1008 and 1045 of different widths, I will search more but , I thought it would be good idea for use the steel for making blade humbuckers, what widths do you recomend my for make humbuckers?
Juan
Yes, you can use that for blades. But not for baseplates. For the blades, you can use different thicknesses. They would be wide enough to go through the bobbin to the magnet, which is usually about .75" (19mm). Thinner blades will have a somewhat brighter tone than thicker blades.
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
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