Hi, I have been wondering what would happen if you had a transformer with a super Permalloy for the core, Would the super Permalloy core cause a higher voltage induced on the secondary even if it had the same number of coils as the primary? if it wouldn't then what is the reason for it?
The magnetic field is still crossing just as many coils as it would in a normal core but now it is increased in strength, so wouldn't this cause more voltage induced on the secondary?
It's weird because when a secondary pulls a increased current, the primary has to pull more current to overcome this increased magnetic field from the secondary and so it's increased current produces a stronger field but so that when the back-emf is produced from the collapsing field it induces a voltage equal to the primary voltage so no more current is pulled. but why is it that as it creates a stronger field it doesn't induce a higher voltage on the secondary?
so basically why is it that a stronger magnetic field doesn't produce a higher voltage?
any help would be great.
The magnetic field is still crossing just as many coils as it would in a normal core but now it is increased in strength, so wouldn't this cause more voltage induced on the secondary?
It's weird because when a secondary pulls a increased current, the primary has to pull more current to overcome this increased magnetic field from the secondary and so it's increased current produces a stronger field but so that when the back-emf is produced from the collapsing field it induces a voltage equal to the primary voltage so no more current is pulled. but why is it that as it creates a stronger field it doesn't induce a higher voltage on the secondary?
so basically why is it that a stronger magnetic field doesn't produce a higher voltage?
any help would be great.