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Friends:
I would like to verify my understanding of mutual induction.
Coil 1: n1 turns per unit length, radius is r1, has a current I1
Coil 2: n2 turns per unit length, radius is r2, has a current I2 (in the same direction as I1)
r1 > r2. Coil 2 is inserted inside Coil 1. What is the mutual inductance (per unit length)?
I believe it is: M per unit length = μo*n1*n2*pi*(r2)^2
I think that the mutual inductance is the same for any of the following three scenarios:
1) Current I1 through Coil 1 only
2) Current I2 through Coil 2 only
3) Current I1 through Coil 1 and Current I2 through Coil 2 at the same time.
Is this true?
I would like to verify my understanding of mutual induction.
Coil 1: n1 turns per unit length, radius is r1, has a current I1
Coil 2: n2 turns per unit length, radius is r2, has a current I2 (in the same direction as I1)
r1 > r2. Coil 2 is inserted inside Coil 1. What is the mutual inductance (per unit length)?
I believe it is: M per unit length = μo*n1*n2*pi*(r2)^2
I think that the mutual inductance is the same for any of the following three scenarios:
1) Current I1 through Coil 1 only
2) Current I2 through Coil 2 only
3) Current I1 through Coil 1 and Current I2 through Coil 2 at the same time.
Is this true?