Phasor Relationship for Inductor

Network Theory: Phasor Relationship for Inductor
Topics discussed:
1) The relationship between voltage phasor and current phasor for inductors.

Music:
Axol x Alex Skrindo - You [NCS Release]

[mrEngineer]

🎯 Key Takeaways for quick navigation:

00:51 ⚡ The voltage across an inductor (VT) is equal to the inductance (L) multiplied by the derivative of current (di/dt).
02:46 🌀 To compare VT and IT, which are in different forms, VT needs to be expressed in cosine form.
03:54 🔧 Utilizing complex numbers, V phaser is equal to jωL I phaser, establishing the relationship between voltage and current phasors.
04:38 📊 Plotting V phaser and I phaser shows that in an inductor, the voltage leads the current by 90 degrees, or equivalently, the current lags the voltage by 90 degrees.
05:54 🎓 This lecture covers the phasor relationship for inductors, providing insights into voltage and current behavior in an inductive circuit.

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[aniketyagik]

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[shivangsharma]

Tell me plss, the voltage itself has some magnitude and phase as well so why we can't consider that in calculation.

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[sohailjanjua]

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[jancydas]

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[ganjiabhiram]

Sir why voltage magnitude is high??? Compare to current in phasor diagram

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[BilalMirOfficial]

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[muhammadhammadsarwar]

is there anyone who can tell me why I phasor is equal to V phasor divided by jwL?