Calculate Turns in a Coil w/ Relectance 12000at/wb & mmf 1200 AT

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To calculate the number of turns in a coil wrapped around a magnetic core with a reluctance of 12000 at/wb and a magnetomotive force (mmf) of 1200 AT, the relevant equations must be applied. The relationship between mmf, reluctance, and flux is essential for determining the number of turns. Additionally, the current flowing through the coil, which is 2A, will influence the calculations. Without showing the work or attempts at a solution, further assistance cannot be provided. Accurate calculations require a clear understanding of the underlying principles and equations.
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How many coils ??

A coil is wrapped around a magnetic core of Relectance 12000at/wb. if the mmf is 1200 AT the determined flux how many turns is the coil if 2A were flowing threw it ?

thanks, cs
 
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cs_boro_09 said:
A coil is wrapped around a magnetic core of Relectance 12000at/wb. if the mmf is 1200 AT the determined flux how many turns is the coil if 2A were flowing threw it ?

thanks, cs

You must list the relevant equations and show us your work before we can offer tutorial help. Show us your attempt at a solution...
 
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