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Excellently explained and well demonstrated. Keep it up sir
Thank you, I will.
Thanks sir
Great explanation
Thank you ☺️
Too good explanation 👌👌👌👌
Thanks a lot 😊
Are you are a electrical engineer student?
sir my doubt is how this fringing takes place ? what I mean to ask is what exactly happens to the flux when it passes through air resulting it to bend
How 3d flux path improves flux density instead of 2d flux path?
what is the issue of leakage flux in circuit ?
It is explained in this video from 4:00 onward.
Excellent video. If fringing flux is undesired, why would you put an air gap in the core at all?
Excellently explained and well demonstrated. Keep it up sir
Thank you, I will.
Thanks sir
Great explanation
Thank you ☺️
Too good explanation 👌👌👌👌
Thanks a lot 😊
Are you are a electrical engineer student?
sir my doubt is how this fringing takes place ? what I mean to ask is what exactly happens to the flux when it passes through air resulting it to bend
How 3d flux path improves flux density instead of 2d flux path?
what is the issue of leakage flux in circuit ?
It is explained in this video from 4:00 onward.
Excellent video. If fringing flux is undesired, why would you put an air gap in the core at all?