Non-Conservative Electric Field

AI Thread Summary
In circuits containing inductors, the potential drop across the inductor is often described in terms of a conservative electric field, despite the presence of a non-conservative electric field. This approach simplifies circuit analysis, as the conservative field allows for easier calculations of potential differences. However, the non-conservative nature of the electric field becomes significant primarily in inductors with few windings, where unusual behaviors may arise. For inductors with many windings, the effects of the non-conservative field are negligible. The discussion highlights the complexity of understanding electric fields in inductive circuits.
tonyjk
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Hello,
Please I would like to know why in a circuit that contains an inductor we say that the potential drop across the inductor is equal to the integral of a Conservative electric field meanwhile we know that the electric field is non-conservative across an inductor.
Thank you
 
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Here is a great lecture to confuse you some more.


But I can tell you that you only ever have to worry about the non conservative field of an inductor when you are dealing with a very small number of windings. An inductor with a large number of windings should never show any "weird" behavior.
 
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I'm not worry:P.. But i was asking why the potential drop is related to the non-conservative field although we know the potential drop is related to the conservative field..
 
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