Mutually Coupled Inductors in Parallel (Derivation / Proof and Examples) 

5:53 Minor correction Expression is VL1= L1(di1/dt)+M*[(L1-M)/(L2-M)]*di1/dt

The following playlist on Magnetically coupled circuits is very useful . I've found it to be very helpful in understanding such hard topic in Alexander's book. Thank you sir for u'r lecture and thank you All about electronics

very good series on magnetically coupled circuits.

Excellent lecture Sir. Thanks 🙏🙏🙏🙏😊🙏🙏🙏🙏🙏

what will be the value when 3 inductors are parallelally connected

I'm confused...If coupling coefficient is 1, then M=1*sqrt(L1*L2). M^2 is then L1*L2 which makes the numerator of Leq =0. In fact, so is the denominator (for the aiding case). So for a perfectly coupled pair of identical inductors, Leq=0/0. What am I missing?

Thank you so much sir

Sir one time define "laplace transformation and application "...Please

Super sir. But one doubt < How V=VL1=VL2 ?

The best

Nice video, but in these 15 minutes one simple question has not been answered. How much is i1?

very good

Upload filter circuits

How to calculate energy stored in both type of circuits??

Upload graph theory

Thx

Please add more videos no doubt you teach well but justify ur channel title all about electronics as u don't have lot of videos make some videos on 3 phase supply and transformers

How to solve when 3 inductors are connected in parallel

Is it sufficient for gate ece

Need more videos, Sir

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