The Hysteresis loop explained

[@littlecat3324]

So hard to understand this by self study. 5 min lenght video motivate me to watch this and it worth the time.Thank you .

[@pasta7396]

same here clicked only cuz this was the shortest vid available, it's amazing that he was able to compress so much info in 5 mins

[@unknownpotato6498]

fr my professor forgot to record the lecture when he went through this and i was abscent. Been struggling the whole day before i found this

[@aimanzaara8158]

I have my exam tomorrow..you saved my time..excellent explanation within 5 mins

[@malak-ih9qm]

Same here

[@alkasanthosh4029]

Thank you! Short, clear and to the point!

[@quacky2803]

Your lesson is as electrifying as your channel suggest

[@myapexplays122]

Love from india ,you have done a great job at this ,simple and clear thanks dude I subscribed.

[@pitapockets5481]

Short and simple.Tomorrow is my exam and I have understood this topics in 5 minutes thanks.❤

[@gopikasivakumar9666]

Thankyou so much... I used to get confused with hysteresis but now I'm so clear about this.

[@_tsu_]

simple and to the point 10/10

[@kwiktripslave9368]

This video was so easy to understand for such a hard concept. Thank you

[@HarshPatel-he2vh]

thanks bro it really helped alot love your smooth and simple teaching 😀😀😊😊

[@r4_rajesh]

Thank you. It made me understand better

[@engrmeow945]

Thanks to this video, It helps me in my study on dynamics of structures.

[@isaacmillan7490]

Brief, clear, effective

[@Seyabswati]

Excellent presnetation of the idea.

[@viniciusps01]

Very clear explanations!

[@just_a_guy3346]

nice explanation I understood properly

[@kukualienfomo]

seriously thanks a lot, you're a SAVIOUR🎉

[@Yorstruly]

UGH THIS HELPED ME SM!!

[@dendizaprazos5377]

at the 1:55 u said that you want to get rid of the flux because it's not a good thing, can u explain why is that so? thankss

[@crazybrain9958]

Basically from my understanding the flux lines passing through a hard magnetic material ( that are materials that are hard to magnetize and demagnatize ) are kept in a magnetic field they are permanently magnetized and hence to cater this problem and bring them back in normal state we can use the concept of hysteresis loop that helps us to magnetize that material .Btw hard magnetic substance include tungsten steel ,Cunife,cobalt,sintered ferrite and sintered alnico 8

[@adrianaharisya1257]

Thank you for this video!! It helps me with a project I'm on

[@hubert9340]

Thank You so much, it's so hard to find it in my language that well explained. Keep up! :))

[@dozma3940]

Brilliant! Thank you from Colombia

[@invisibledreams614]

Best lecture GOD bless you 🤲🏻

[@kwakyenadesh3046]

Thank you so much....I finally understand hysterisis

[@abhinav.9628]

thanks man!! it helped a lot.

[@adi.24]

Very neatly explained!

[@TheElectricAcademy]

Glad it was helpful!

[@sajidmohammad5947]

best video ever, thanks man, explain really well

[@Vyktor997]

Thanks for the video, i finally understood where this graph comes from

[@TheElectricAcademy]

You’re very welcome!

[@tishaanants]

Thanks soo much My exam is tomo n ur video's awesome

[@DevikaM-ft7ge]

Hey !so one doubt.. Is the point of saturation the same in the first and final case? ie b4 reducing H ( the first red line) and after “ accidentally” leaving H on for long ( the green line) ?

[@abdulbasitdalvi3963]

Beautifully explained thanks

[@alwinaclaus1573]

Wow. Super good explanation. Thank you :)

[@beauty_and__grace]

Great explanation. Thank you

[@amakisuzzy-ie7vl]

Thanks man❤️

[@endlesscreativity423]

Clear explanation 👌

[@billgatesbrittod0471]

Super explanation❤

[@demisbooo743]

Nice, thanks. But do you also know its meaning in pneumatic systems?

[@AmerAlamiri-yi9wv]

Best explanation ever

[@tubalcaines]

Thank you, it really helped me understand this topic :)

[@sarayyumk147]

Thanks for crystal clear explanation 👍

[@naveenr4153]

Wow it was great. Lov from INDIA

[@TheElectricAcademy]

Thanks! I'd love to come out to your side of the world sometime.

[@naveenr4153]

@@TheElectricAcademy you're always welcome!

[@naturegrandeur]

Thank you very much. It helped me a lot.

[@henmich]

I'd be curious to see how this effect "affects" stepper motors. I heard that hysteresis limits the acceleration and top speed of stepper motors.

[@nephilimshammer9567]

All motors are affected by heat losses hence why some motors need fans and air flow channels. Some rotor fins act like cooling fans

[@tanyih5185]

Short, informative, good video!

[@Kirito-yr4uz]

Thank you so much it really helped me understand! ^^

[@rohitnaik2711]

Good explanation

[@TheElectricAcademy]

Thanks!

[@alexchao3498]

thank you❤🌹 so clear

[@harshsoni794]

Great work sir

[@PSTWFB]

hysteresis loop for electromagnet! area ratio? demagnetization? retentivity and coercivity in H. L.! kzbin.info/www/bejne/ppbYo3x5btN2kK8

[@muskanarora2772]

Thank you teacher 😊

[@samuelcarvalho3691]

Superb, short crisp and on point. Very clear and awesome explanation. (thankfully not in hindi lol)

[@sometimesinaugust]

Thank you Sir! Now I get it.

[@gunedaa9621]

thanksss, that helps a lot

[@snehaliitbhucse5523]

Me too brother.

[@jinoyjose5468]

Neatly explained, about coercivity can u explain something, or what kind of form is that.

[@karishmakaushik9491]

WORTH WATCHING

[@PSTWFB]

hysteresis loop for electromagnet! area ratio? demagnetization? retentivity and coercivity in H. L.! kzbin.info/www/bejne/ppbYo3x5btN2kK8

[@theq4602]

What if your core is in two parts. Would there be an effect on the shape of the curve then?

[@prakashghimire7158]

I was speed running my syllabus for the exam and was short on time as i didn't have a grasp of many topics to the full extent . Thanks to you Sir and this video , I have a proper grasp of the topic and don't even have to look for notes or study it again.

[@pieduacademy219]

Good video... What tools and software you are using for recording videos

[@PSTWFB]

hysteresis loop for electromagnet! area ratio? demagnetization? retentivity and coercivity in H. L.! kzbin.info/www/bejne/ppbYo3x5btN2kK8

[@hellohai8720]

Sir how to find initial stiffness and ultimate strength from hysterisis curve

[@theoldgod9]

I feel like it happens due to the possible 'dipoles' in certain types of metals. and that's why diff things have diff hysteresis loop, right??

[@btreaction639]

Thank you ,that helps a lot

[@emay4r]

Do you know why the flux lines increase slower in the beginning and then get faster? I mean why the increase isn't linear?

[@poorninag7539]

Short and explained video

[@TheElectricAcademy]

Thanks!

[@nonsquid]

Wouldn't it be easier to explain if you said H is directly proportional (equivalent) to the direct current through your electromagnet in amps? Then say B is the magnetic field strength measured in Tesla or gauss created by the current?

[@zecosta4979]

perfect video damn

[@BeastMr-lt5gf]

excellent

[@roxhersk2526]

Thank you very much sir.

[@andrewwill2434]

thanks that helped a lot

[@anjenayskumar2429]

THANKS A LOT !!

[@TheElectricAcademy]

No worries!

[@gib6427]

Can I know what is this for? Like what is the purpose behind the existence of this loop in the first place?

[@priyankarajput5380]

Thank you so much sir

[@aneclip7117]

saved da time ......... thenks 😂😂😂

[@stevegergetz8890]

Good video and explanation. Thank you. But why isn't the shape of the hysteresis loop symmetrical?

[@larsalfredhenrikstahlin8012]

Thank you!

[@콘충이]

Thanks!

[@pradipacharya6794]

Thanks

[@TheElectricAcademy]

Hope it helped!

[@kiro9291]

so concise, my god

[@arhamkhalid5990]

Thank you

[@RajanYadav-r6n]

My exame today 10 o clock ⏰

[@yassineaguelmam8674]

why the permeability is not constant the b is constant at saturation so why the permeability is not constant

[@TyW1203]

thank youuuu

[@eva.jrprasad4277]

Thanks . I'm on

[@sachinpatel9372]

SHORT SMOOTH SWEET

[@nephilimshammer9567]

Just think heat losses go hand in hand with the resistance

[@maurice3983]

good video, but the hysterisis loop should be symmetric to the zero point

[@dax9369]

beatiful

[@Kristappa_2742]

Nice explanation but you have to write and explain some clearly. Also I have got some information in this video thanks for you

[@munyamadzimure882]

excellent... nothing more

[@janardanverma4200]

👍

[@user-iw9xp7wz2h]

Just come to my stupid college and save the student there

[@aditidump]

Bro you stole the words from my mouth

[@abhishek1831994]

👌

[@jongarrison8826]

😎

[@brianskellenger9344]

🎯

[@anshtiwari1593]

Woww

[@TheElectricAcademy]

I hope that's a good wow. lol

[@anshtiwari1593]

@@TheElectricAcademy ofcourse lol

[@Factmagnet1]

This vidio viewers are engineers

[@CISCO2787]

Break Time

[@jesuscrist9267]

Goo

[@klipk7296]

This is how I was taught in class and I find it useless. Yes, I get it, generic XY graph goes loopty loop, this isn't teaching me anything

[@threehorsesxxx5759]

Is magnesium caused because the speed of electrons “movement of charge” is so close to speed of light Electrons have mass and are always on the move when an electron breaks an orbital it produces a shock wave known as a photon. heat in the system are from resistance or electrons breaking orbitals producing infrared photons as compared to super conductors . Gets complicated but electrons prefer following along metals like magnetic Fields like iron. When electrons travel in a vacuum the spread because they repel each other magnetic Fields do something similar. Is there super conductor equivalent for magnetic fields. I am trying to design a better electric motor. Hysteresis is very important as you know. Especially for variable speed motors. Sorry let my mind wonder.

[@nhuphan6969]

thank you ! it was well explained

[@mrslyslyf]

Thank you