Two Coils A and B are kept in parallel plane, such that 70% of the flux produced by coil A link with coil B. Coil A has 10,000 turns, Coil B has 12, 000 turns. A current of 4 A in coil A produce a flux of 0.04 mWb while a current of 4 A in coil B produces a flux of 0.8 mWb. Calculate Self-inductance L1 and L2, mutual inductance and Coupling Coefficient.
Two Coils A and B are kept in parallel plane, such that 70% of the flux produced by coil A link with coil B. Coil A has 10,000 turns, Coil B has 12, 000 turns. A current of 4 A in coil A produce a flux of 0.04 mWb while a current of 4 A in coil B produces a flux of 0.8 mWb. Calculate Self-inductance L1 and L2, mutual inductance and Coupling Coefficient.
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Transcribed Image Text:Two Coils A and B are kept in parallel plane, such that 70% of the flux produced by coil A link with coil B. Coil A
has 10,000 turns, Coil B has 12, 000 turns. A current of 4 A in coil A produce a flux of 0.04 mWb while a current
of 4 A in coil B produces a flux of 0.8 mWb. Calculate Self-inductance L1 and L2, mutual inductance and
Coupling Coefficient.
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