Eddy current & Eddy Current loss | Electrical Engineering

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  • Опубліковано 15 гру 2024

КОМЕНТАРІ • 85

  • @Indian12176
    @Indian12176 4 роки тому +2

    I was lot of searches about eddy current. I am always confused. Now it is very clear...

  • @tedlahm5740
    @tedlahm5740 4 роки тому +6

    Sir: As usual a clear concise explanation. A new topic that has not been spoken about previously. Thank you.

  • @asankaprasadmithradeva7973
    @asankaprasadmithradeva7973 4 роки тому +6

    The explanation is excellent Sir....!!

  • @engburreali9019
    @engburreali9019 4 роки тому +15

    Our hero full respect sir and thanks a lot we get from you a more advantage 🙏💯

    • @GauravJ
      @GauravJ  4 роки тому +3

      Thank You. Glad to know that. 😇

    • @AmanKhan-ec6lg
      @AmanKhan-ec6lg 4 роки тому

      @@GauravJ sir why the iron and ferrite core is used in transformer and motors??? And what is the difference in these 2 cores?

  • @SalmanFaris-gu1mf
    @SalmanFaris-gu1mf 2 роки тому +1

    ഭയങ്കരം ❤

  • @chandanachowdary6727
    @chandanachowdary6727 4 роки тому +1

    We are lucky as Electrical engineer Because your there sir to know indetail about the electrical subjects

  • @chinnakarlapraveen9966
    @chinnakarlapraveen9966 4 роки тому +5

    Thanks a lot sir I got a clarity on eddy current after watching this video 😘

  • @pranabkalita1937
    @pranabkalita1937 4 роки тому +1

    Thanks a lot sir, now i am quite addicted to watch all your videos.😃

  • @fatimabasit7334
    @fatimabasit7334 4 роки тому +1

    Best explanation so far

  • @rakesh__rocky9
    @rakesh__rocky9 4 роки тому +5

    I m very confused about eddy current lot of time 😒 but this video 🙏🙏🙏🙏❣️🙏 thank you😎

    • @GauravJ
      @GauravJ  4 роки тому +1

      You are most welcome

  • @leovicky7
    @leovicky7 4 роки тому +2

    You r a gem bro...nice explanation

  • @aletterforyou9448
    @aletterforyou9448 3 роки тому +1

    After going through 5 videos finally m clear tqsm,💫

    • @GauravJ
      @GauravJ  3 роки тому +1

      Glad to know that ☺️ do share and subscribe to my channel 🙏✌🏻

  • @Akshay-zd3ox
    @Akshay-zd3ox 4 роки тому +2

    Beautiful explanation

  • @mdarman36spreadlovepeace68
    @mdarman36spreadlovepeace68 4 роки тому

    Thank you sir for clearing our problems regarding eddy current

  • @anuragpandey333
    @anuragpandey333 4 роки тому +1

    Great Way of teaching ✌

  • @dhawalprajapati3705
    @dhawalprajapati3705 4 роки тому +1

    Best explanation everrrr

  • @qzorn4440
    @qzorn4440 4 роки тому +1

    wonderful eddy current information.. thank you...:)

  • @electricalautomation2629
    @electricalautomation2629 2 роки тому +1

    you are genius sir..❤️

  • @mustafahaider6171
    @mustafahaider6171 Рік тому +1

    Thank you so much sir❤️❤️ for a good and a simple explanation of eddy current.

    • @GauravJ
      @GauravJ  Рік тому +1

      Do share and subscribe 😇

  • @SalmanFaris-gu1mf
    @SalmanFaris-gu1mf 2 роки тому +1

    ഇങ്ങള് ഉസാറാണ് 😍

  • @shrutisharma2325
    @shrutisharma2325 3 роки тому +2

    Thank you sir! a really concise video with lucid explanation! 👍🙏

    • @GauravJ
      @GauravJ  3 роки тому +1

      Do also check out other videos on my channel 😇

    • @shrutisharma2325
      @shrutisharma2325 3 роки тому +2

      Sure sir! Watched quite a few of them, just loved them all 👍

  • @susielat5845
    @susielat5845 3 роки тому +1

    Well explained concept of eddy current! Thank you for this!

    • @GauravJ
      @GauravJ  3 роки тому +1

      My pleasure. Do share the vidoe 😇😄

    • @mehvishmushtaq5579
      @mehvishmushtaq5579 3 роки тому

      @@GauravJ sir lamination kis material ki banti hai

  • @pablogimenez8369
    @pablogimenez8369 3 роки тому +1

    Excellent explanation!

    • @GauravJ
      @GauravJ  3 роки тому

      Thanks. Do also check out other videos on my channel 😊

  • @mnithinn
    @mnithinn 4 роки тому +2

    Very informative. Thank you.

    • @GauravJ
      @GauravJ  4 роки тому +1

      Glad it was helpful!

  • @pascleshayo9740
    @pascleshayo9740 3 роки тому +1

    My great teacher

    • @GauravJ
      @GauravJ  3 роки тому

      Thanks 😊 do share and subscribe to my channel ✌🏻👍🏻

  • @OFP27
    @OFP27 3 роки тому +1

    thanks it was an efficient nine minutes

    • @GauravJ
      @GauravJ  3 роки тому

      Do share and subscribe to my channel 😊✌🏻

  • @ManishaPatel-pi6ro
    @ManishaPatel-pi6ro 4 роки тому +2

    Wow gaurav👏👍

    • @GauravJ
      @GauravJ  4 роки тому

      Thank you! Glad it was helpful 😇

  • @xiamojq621
    @xiamojq621 3 роки тому +1

    You are my hero

  • @abrehamish
    @abrehamish 2 роки тому

    Excellent explanation

    • @GauravJ
      @GauravJ  2 роки тому

      Thanks 😊 do share and subscribe 😇

  • @tendupadala5090
    @tendupadala5090 2 роки тому +1

    explanation is excellent good

    • @GauravJ
      @GauravJ  2 роки тому

      Thank you 😊 do share and subscribe

    • @tendupadala5090
      @tendupadala5090 2 роки тому

      pls explain electromagnetic induction

    • @GauravJ
      @GauravJ  2 роки тому

      ua-cam.com/video/dm6iAts7cTM/v-deo.html

  • @vamsibharadwaz1626
    @vamsibharadwaz1626 4 роки тому +1

    Sir plz do a video on types of harmonics 🤗 that would be helpful for who are having a confusion on it

  • @catchmypoint6756
    @catchmypoint6756 4 роки тому +2

    Nice video sir

    • @rajkumar7555
      @rajkumar7555 4 роки тому

      Sir one question when we r short circuit the connection then only current will be flow inside the conductor but in any magnetic material how the current will be flow inside the material there is no short circuited between the material so i have these confusion can u explain me sir ( this vedio good sir for every electrical students

  • @tendupadala5090
    @tendupadala5090 3 роки тому +1

    love u super explanatin

  • @nacanielitabua3143
    @nacanielitabua3143 Рік тому

    Does the lamination increase or decrease the resistance???....I've always thought it would decrease it because of the i squared R relationship.....

  • @mumthasunus4092
    @mumthasunus4092 4 роки тому +2

    Nice

  • @bandarumanikanta1442
    @bandarumanikanta1442 4 роки тому +1

    Nice explanation 👌 sir.But already I know about this topic but I think you explain deeply on the topic but not like it.anyway you're teaching skills are 👌👌

  • @bobcocampo
    @bobcocampo 3 роки тому

    Do you have core loss per KVA of transformer?

  • @SuperHutomo
    @SuperHutomo Рік тому +1

    Thank you

  • @venkatarakeshbandaru
    @venkatarakeshbandaru 3 роки тому

    Sir will change in magnetic flux only induces ac voltage in the conductor ? Why not dc voltage? Explain sir

  • @janermejia555
    @janermejia555 4 роки тому

    Thanks for that explanation. It was great. I have a question though. I recently took apart an old transformer, to fix it. I fixed the problem but now I don’t know if I should apply any type insulation to the E-shaped core-sheets that I removed before putting them back together to reduce eddy current loss.
    Is it necessary?

    • @GauravJ
      @GauravJ  4 роки тому

      That would be a good choice 👍🏻

  • @bethanyrumkui2293
    @bethanyrumkui2293 4 роки тому

    It might not be the best question to ask but I recently studied Ac motor(Induction motor) where I got to know continuous changing field induces Eddy current.what really confused me was as the magnetic field of stator kept changing it produced absolutely no effect on the magnetic field produced by the Eddy current as if it had induced permanent poles.The north and the South Pole of the induced Eddy current kept moving towards the magnetic field of the stator but could've simply reversed their field to counteract the change of field.why does that not happen?
    .I hope you can help me with it

  • @Know.unknown.things
    @Know.unknown.things 3 роки тому

    Please make a video on how does induction cook top work ?

  • @Utsa_sur
    @Utsa_sur 4 роки тому +1

    Thank you so much sir :):)..

  • @sachintiwari1959
    @sachintiwari1959 4 роки тому

    Nice explaination sir. I Have a doubt that current flows from simple horizontal conductor in the presence of external magnetic field( shown in 1st part of video) is also called eddy current or not?

    • @GauravJ
      @GauravJ  4 роки тому

      Yes it is Eddy current!

    • @shyamsahu9500
      @shyamsahu9500 4 роки тому

      Sir I have been watching all the videos of you since 1st video..pl post a video that on what basis will choose 11CTPT set i.e for how much kva (CMD) It will be chosen and also pl differentiate between 2element and 3element CTPTs..

  • @ethiofunnyvideos8251
    @ethiofunnyvideos8251 2 роки тому

    keep it up

  • @DurgeshKumar-yd3oq
    @DurgeshKumar-yd3oq 4 роки тому

    Sir pls explain....Why does current not decrease on passing through a resistance

  • @sabarinath3031
    @sabarinath3031 4 роки тому

    Sir all your videos are veey useful..sir i have a doubt on d.c...if d.c can produce magnetic field then why we cant use it in transformers

    • @GauravJ
      @GauravJ  4 роки тому

      DC cannot produce rotating magnetic field. That’s why we can’t.

  • @james77011
    @james77011 2 роки тому

    so eddy currents are just circular currents created by turning on the circuit?

  • @shyamsahu9500
    @shyamsahu9500 4 роки тому

    Sir I have been watching all the videos of you since 1st video..pl post a video that on what basis will choose 11CTPT set i.e for how much kva (CMD) It will be chosen and also pl differentiate between 2element and 3element CTPTs..

    • @GauravJ
      @GauravJ  4 роки тому

      Thank you shyam. 😇 I did not get your question. Could you please elaborate?

    • @shyamsahu9500
      @shyamsahu9500 4 роки тому

      @@GauravJ
      Sir, thanQ fir immediate response ..generally we use 11kv CTPT Sets to measure power on 11kv side by installing 11kv CTPT Set , So on what basis rating (20/5A,10/5A of 11kv CTPT set) will be chosen..and also plz differentiate 2element and 3element CTPT Sets..

  • @jainamchheda
    @jainamchheda 3 роки тому +1

    Sir why don't you try your hands on Semiconductors. Trust me u,ll rock it sir...!!! :-)

    • @GauravJ
      @GauravJ  3 роки тому +1

      I’ll try it 👍🏻

    • @jainamchheda
      @jainamchheda 3 роки тому

      @@GauravJ COOL...!!!!

  • @dhawalprajapati3705
    @dhawalprajapati3705 4 роки тому

    Sir make video regarding mechanical angle and electrical angle its very confusing

  • @bobcocampo
    @bobcocampo 3 роки тому

    What is the ratio of hysteresis loss with core loss?

  • @KrMurugaBarathiAMIE
    @KrMurugaBarathiAMIE 2 роки тому

    Super

  • @ramaraokatta5916
    @ramaraokatta5916 4 роки тому

    Then can't we find eddy Current break itself in AC motors and Core of transformers

    • @bharathvarun
      @bharathvarun 4 роки тому

      Do u mean brake??eddy current braking is also used in energy meters to limit the speed of rotation of aluminium disc.(only for energy meters which has permanent magnet)

    • @ramaraokatta5916
      @ramaraokatta5916 4 роки тому

      @@bharathvarun My question is if it can oppose it's cause then why we need to insulate motors and core of transformers

  • @bharathvarun
    @bharathvarun 4 роки тому

    Sir u forgot to mention that eddy current is proportional to square of frequency

  • @ramanankuppannan2509
    @ramanankuppannan2509 Рік тому

    Great ! Clarification needed on the summary, are the eddy current is because of rotating magnetic field or varying magnetic field, I assume it is the later! Can I get your phone number?