B-H curve | Magnetization Curve of Magnetic Materials | Hysteresis Curve

B-H curve or Hysteresis Curve or Magnetization Curve of Magnetic Materials, flux-linkage vs. current characteristic of magnetic circuits; linear and nonlinear magnetic circuits based on their BH characteristics are the topics explained in this video.

Music:
Acoustic Breeze
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[fenudyasanding]

Thank you for the explanation, sir. It means a lot to me. What references did you take for this vt sir? I wanna study it in deep. It would be a pleasure for me if you answered :)

[zktec]

Great video! This really cleared up my confusion on the B-H relationship. But I have a question. On the 5th slide, you show that H=NI/L which is true because texts books say, in the case of a toroid, that the path L is the circumference of a circle (2 pi r). But doesn't that formula assume that the coils are evenly distributed (spread) around the core? Your toroid image shows the coils are only on a portion of the core. Or does it really even matter?

[stevehoward]

Ever try cymatics shapes or magnetic lotus wires of magnetism as unit of separation
Just thought I would change
Rules what about 9280 Angstroms
Black body versus white light
Just thinking outside the box
Or machine shapes in magnets

[radonu]

Thank you Sir. Nice explanation. Is it possible to saturate air?

[thaodothi]

You try to give the video more brightness it will be great if you do

[mariafernandaramirezayala]

Hello, can someone help me calculate the BHmax of a magnetic material? please and thank you very much