- #1
b.shahvir
- 284
- 25
Hi, ![Smile :smile: :smile:](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
I would like to understand something pertaining to transformer action.
How does a changing magnetic flux, assumed to be bound by an 'ideal' magnetic core (with zero leakage flux), induce an EMF in the secondary winding of a transformer...without the flux ever shearing or cutting the winding conductors? Can someone please explain the actual physics behind statically induced EMFs and currents under these conditions?
Thanx.
I would like to understand something pertaining to transformer action.
How does a changing magnetic flux, assumed to be bound by an 'ideal' magnetic core (with zero leakage flux), induce an EMF in the secondary winding of a transformer...without the flux ever shearing or cutting the winding conductors? Can someone please explain the actual physics behind statically induced EMFs and currents under these conditions?
Thanx.
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