Flux linkage in terms of a straight conductor

In summary, the article explains the concept of flux linkage and its measurement in terms of coils of wire and straight conductors. While N represents the number of turns in a wire, for a meter long straight conductor, the unit of flux linkage is Weber-turn/meter. This may be confusing as there are no actual turns in a straight conductor, but it is essentially equivalent to N=1.
  • #1
Matt0117
2
0
Taken from wikipedia, "If several turns of the wire are made, this becomes
3e3bb6563a2e2e18b997a3aafc4e1b53.png
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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  • #2
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?
 

Related to Flux linkage in terms of a straight conductor

1. What is flux linkage in terms of a straight conductor?

Flux linkage refers to the amount of magnetic flux that passes through a conductor. In the case of a straight conductor, flux linkage is the product of the magnetic flux passing through the conductor and the length of the conductor.

2. How is flux linkage calculated for a straight conductor?

To calculate the flux linkage for a straight conductor, you need to multiply the magnetic flux by the length of the conductor. This can be represented by the formula Φ = B x l, where Φ is the flux linkage, B is the magnetic flux, and l is the length of the conductor.

3. What is the unit of measurement for flux linkage?

The unit of measurement for flux linkage is webers (Wb). This unit is a combination of magnetic flux (measured in teslas) and length (measured in meters).

4. How does the direction of the magnetic field affect the flux linkage in a straight conductor?

The direction of the magnetic field has a direct impact on the flux linkage in a straight conductor. If the magnetic field is perpendicular to the conductor, the flux linkage will be at its maximum. However, if the magnetic field is parallel to the conductor, the flux linkage will be zero.

5. Can the flux linkage of a straight conductor be changed?

Yes, the flux linkage of a straight conductor can be changed by altering the strength or direction of the magnetic field passing through it. It can also be changed by varying the length of the conductor or the magnetic permeability of the material it is made of.

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