Phasor Relationship for Inductor
Вставка
- Опубліковано 14 жов 2024
- Network Theory: Phasor Relationship for Inductor
Topics discussed:
1) The relationship between voltage phasor and current phasor for inductors.
Network Theory: goo.gl/9iTk9K
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Sir.. please complete the whole series as soon as possible.. please sir...all the videos are too good...thank you sir,, thanks #neso academy
Please continue the series
Please continue the series
Neso academy ,your videos are really good and super..please do videos on other subjects like emf,communication theory,opamp,ec2..it will be useful..
🎯 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.
Sir ur videos r Short bt these r more info and understandable videos..liked it alot thnk u soo much sir
I'm very thankful for the free lectures but I really want to know why it is taking so much of time to finish the portion sir? How long it will take to complete networks sir. It's a request because I'm dependent on you're knowledge filled lectures. Will be waiting for you're reply sir?
Please upload as soon as possible.Thankyou sir
Sir please please upload next videos and please upload in other subjects too . I am eagerly waiting for that
Tell me plss, the voltage itself has some magnitude and phase as well so why we can't consider that in calculation.
Please continue this series
Good lecture
「ビデオコンテンツはとても素晴らしいです、おめで
Hi, Your lecture are excellent. please tell me, V(t) is voltage and (t) is time ?
Sir.when you upload remaining lectures?
Sir , please if you can make videos on measurements and instrumentation then please make them it will save us please sir.
Hi, I like your video.Thanks
best ever ..i love you
Sir.. please upload next videos...
Yes please..
Please please continue the series sir
IF GOD EXISTS IT'S YOU.
Sir can you please tell me a single good book to practice gate questions with solutions?
Thanks sir
Sir please...... Complete this series
Sir plz upload remaining portion ....and i am eagerly waiting for power systems
Sir why voltage magnitude is high??? Compare to current in phasor diagram
Sir please resume signal and system
Please upload remaining videos sir
As soon as possible sir
Sir please complete the syllabus..🙏
upload remaining videos sir
Sir please complete the series please sir
Sir when u r going to upload remaining videos
is there anyone who can tell me why I phasor is equal to V phasor divided by jwL?
Sir where are rest of chapters .Plz complete. ...
Sir upload 🙄
Why u r talking like a foreigner
「ビデオコンテンツはとても素晴らしいです、おめで