Flux linkage in terms of a straight conductor

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Flux linkage in a straight conductor, such as a transmission line, is expressed in units of Weber-turn/meter, which can be confusing since there are no actual turns involved. The term "Weber-turn" in this context essentially simplifies to N = 1, indicating a single loop of magnetic flux linkage. This raises questions about how flux linkage is defined for straight conductors compared to coils. The discussion highlights the need for clarity in understanding these concepts and their applications in electromagnetic theory. Further insights or rewording of the original query could enhance comprehension and engagement.
Matt0117
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Taken from wikipedia, "If several turns of the wire are made, this becomes
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where N is the number of turns..." when speaking in terms of flux linkage and coils of a wire. However, in terms of a straight conductor (e.g. transmission lines), flux linkage for a meter long straight conductor has units of Weber-turn/meter, what is this weber-turn referring to? Basically, it's throwing me off because there aren't any turns. Is it essentially just the same as N = 1 in terms of a straight conductor? Thanks for any input.
 
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Thanks for the post! Sorry you aren't generating responses at the moment. Do you have any further information, come to any new conclusions or is it possible to reword the post?
 
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