AC Circuit Example 4: Series RLC Circuit

Поделиться
HTML-код
  • Опубликовано: 8 ноя 2024

Комментарии • 29

  • @felixobeng9509
    @felixobeng9509 3 года назад +1

    Herr sir ...May God richly bless u.keep on posting more. You have really made my day

  • @boychocolate704
    @boychocolate704 2 года назад +3

    The only reason I'm watching this it's because it was in my BIT DURG Assignment question 😎👍👍🌝🌝

  • @deepshikha6841
    @deepshikha6841 4 года назад +1

    YOU Are Amazing seriously....i mean i was so confused which formula to use where .... seriously .... m gonna subscribe ur channel

    • @soubhikmondal8088
      @soubhikmondal8088 3 года назад

      Don't try to by heart the formulae do the derivation it will help you better in understanding.

  • @bharathviswath2186
    @bharathviswath2186 5 лет назад

    very nice one sir , just gave a total knowledge of RLC circuits .

  • @arsh__electrical7089
    @arsh__electrical7089 4 года назад +1

    HOW YOU CALCULATED THE PHASE ANGLE ?

  • @reggydavis
    @reggydavis 5 лет назад +5

    1:37 When solving Vrms, wouldn't you need to transform your sinusoidal voltage source to a cosine voltage source? Which would mean your phase angle is -90 degrees, not 0?

  • @digitalrishu4161
    @digitalrishu4161 6 лет назад

    sir u r superbly explain this.... I'm quite impressed.
    thank u so much sir🙏

  • @silentknight1784
    @silentknight1784 3 года назад

    Sir, in pure resistive case what is the voltage drop across XL & XC , is it be 0 V for both or stands with some value with opposite sign?

  • @RaviKumar-hd5xj
    @RaviKumar-hd5xj 6 лет назад

    Nice job... ek baar m sara concept clear ho gya... thanx brother.

  • @duretiobboleettiduresaobbo4133
    @duretiobboleettiduresaobbo4133 3 года назад

    Aswrwb please upload videos about transiet circuit analysis and Bjt

  • @madhulikav5650
    @madhulikav5650 4 года назад

    excellent sir. keep posting more

  • @dineshsrikar8758
    @dineshsrikar8758 3 года назад

    Find resonant frequency also

  • @relativity727
    @relativity727 Год назад

    Wrong at 26:40....
    Capictance leads the current not lags

  • @rohithmadarapu836
    @rohithmadarapu836 4 года назад

    How frequency is equal to 60

    • @nekobananas7359
      @nekobananas7359 3 месяца назад

      A vv late reply, but for those wondering,
      It was given in the question that voltage has 377t for omegat (wt), and we know that w=2πf,
      377=2πf
      f=377/2π
      f=60 Hz

  • @rishabhchougule3416
    @rishabhchougule3416 7 лет назад

    sir...on which device you create those videos pc or android
    plz tell about softwere or app
    I love your videos they are so much helpfull in engineering study

    • @EEAcademy2022
      @EEAcademy2022  7 лет назад

      Check this video
      ruclips.net/video/lFL6k-qwUaE/видео.html

  • @alienx097
    @alienx097 4 года назад +1

    theta (v) - theta(i) = power angle?? Isnt it??

  • @shaiknafesa2365
    @shaiknafesa2365 6 лет назад +1

    How to convert rectangular form to polar form sir

  • @xalogh
    @xalogh 7 лет назад +1

    Good job, keep going :)

  • @mehasrin5800
    @mehasrin5800 3 года назад

    a rl series circuit excited by a sinusoidal source e(t)=10 sin 100t v,by closing the switch at t=0 .take r = 10ohm amd l= 0.1h .determine the current i(t) flowing through the rl circuit.co4
    .....
    Kindly upload answer for this...

  • @purushottamkumar5834
    @purushottamkumar5834 6 лет назад

    sir in this question the value of capacitive reactane is greater than inductive reactance.so sir the value of reactance is eqal to
    (Xc-XL) .and the phase angle is in +ve.sign but sir u solv it via (xL-Xc) please explain it

  • @befikalove1884
    @befikalove1884 2 года назад

    wow

  • @rishabhchougule3416
    @rishabhchougule3416 7 лет назад

    thank u so much sir....

  • @tsheringchogyal3848
    @tsheringchogyal3848 4 года назад

    thank u

  • @blasterboyzvijay1941
    @blasterboyzvijay1941 6 лет назад +2

    Tamil

  • @ranchodlal119
    @ranchodlal119 6 лет назад

    Hindi ma banani oo