Inductor and electromagnetic field with voltage

AI Thread Summary
Current flowing through an inductor generates a magnetic field, which stores energy, and this process leads to a phase shift between current and voltage. The voltage across the inductor lags the current by 90 degrees, which is a fundamental characteristic of inductive reactance. The user seeks validation of their drawn diagrams that illustrate the relationship between sinusoidal input current, magnetic field, and voltage. Understanding this relationship is crucial for grasping how inductors function in AC circuits. The discussion emphasizes the importance of visual representation in comprehending these electrical concepts.
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I'm having hard time understanding how exactly current that passes through inductor transforms energy into magnetic field and then into voltage, with 90° phase shift.
I drew schemes representing sinusoidal imput current, its magnetic field and voltage relation.

Is it correct?



Would really really appreciate answer
 

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