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I am trying to make an mathmatical equation which can calculate the length of the wire, which is wounded around a a horseshoe electromagnet.
The horseshoe magnet is 4.1 cm long, and 3.8 mm thick.
The thickness of the wire is 0.130mm
I know that the electromagnet need 1600 windings
Which mean that on each layer there can be 4.1/0.0130 = 315.385 winding.
Which means that for eachs 315.385 winding must the Diameter become 0.130mm thicker.. right?
So the equation must be
(3.8+0.0130*n*315.385) + rest
Where n is the numbers {n,0,5}
Would this equation also be true if the wire isn't uniformly wounded?
The horseshoe magnet is 4.1 cm long, and 3.8 mm thick.
The thickness of the wire is 0.130mm
I know that the electromagnet need 1600 windings
Which mean that on each layer there can be 4.1/0.0130 = 315.385 winding.
Which means that for eachs 315.385 winding must the Diameter become 0.130mm thicker.. right?
So the equation must be
(3.8+0.0130*n*315.385) + rest
Where n is the numbers {n,0,5}
Would this equation also be true if the wire isn't uniformly wounded?
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