Calculating Coil Windings in Generators

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To calculate coil windings in generators, Faraday's law is essential, expressed as ξ = -N (dΦ/dt), where N is the number of loops and Φ represents magnetic flux. Magnetic flux is defined by the equation Φ = BA cos φ, linking the magnetic field strength, the area through which it passes, and the angle of incidence. Understanding these principles helps determine the average EMF induced in the coil. The discussion also emphasizes the importance of knowing the generator's design specifics for accurate calculations. Additional resources were shared for further reading on the topic.
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hi , i want to know that how calculate coil windings in the genarators,
i want make a small genarator with magnetic and copper coil for 12 volt but i couldn't find a formula for number of coil cycle please guide me about this , thank u.
 
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amintanharpd said:
hi , i want to know that how calculate coil windings in the genarators,
i want make a small genarator with magnetic and copper coil for 12 volt but i couldn't find a formula for number of coil cycle please guide me about this , thank u.

The equation you're looking for is known as Faraday's law.

\xi =-N \frac{d \Phi}{dt}

What this says is that the average EMF induced in a coil of N loops depends upon the rate of change in magnetic flux through one loop.

\Phi = BA \cos \phi is a general expression for magnetic flux that says magnetic flux is equal to the magnitude of the magnetic field, times the area of the surface the flux is passing through, times the cosine of the angle that the flux makes with the normal to the surface. i.e if the flux is perpendicular to the surface, \cos 0 = 1 so it disappears from the equation.

Do you have any further information regarding how you are going to make this generator?

You can do further reading here;

http://hyperphysics.phy-astr.gsu.edu/hbase/electric/farlaw.html#c1
 
thank u very much , the link and your information about that was very useful for me thank u ;)
 
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