Thevenin's theorem for AC circuit | Solved problems

Поділитися
Вставка
  • Опубліковано 10 вер 2024
  • About this video:
    In this video, equivalent circuit is created using Thevenin's theorem. The circuit consist of Resistors, inductors and capacitors so it is an AC circuit. Thevenin's theorem for Ac and DC is same.
    Procedure:
    1. Find the Thevenin source voltage VTH by removing the load resistor from the original circuit and calculating the voltage across the open connection.
    2. Find the Thevenin impedance by removing all power sources in the original circuit (voltage sources shorted and current sources open) and calculating total resistance between open connection points.
    3. Draw the Thevenin equivalent circuit, with the Thevenin voltage source in series with the Thevenin resistance and load resistance.
    Recommended Videos:
    Thevenin Theorem
    • Thevenin's theorem exp...
    Thevenin's DC circuit problem:
    • Thevenin's theorem (So...
    #Thvenin'sTheorem #NetworkTheorems
    ___________________________________________________________________________________
    Thevenin's theorem for AC circuit | Solved problems
    ___________________________________________________________________________________
    Hello friends,
    Welcome to UA-cam channel Electronics for You. This channel is all about Electronics Engineering and its allied branches. We even upload some videos which are basically well known Engineering terms but people don't know much in details about them. Currently Electrical Engineering, Network Analysis, Numerical methods, Linear ICs and Control System Engineering subject are uploaded. Working is going on for same subjects and some videos will be added based on requirement/demand.
    ___________________________________________________________________________________
    Videos Playlist of different subjects and languages:
    1) Operational Amplifier| Linear Integrated circuits (Hindi): • Operational Amplifier ...
    2) Operational Amplifier|Linear Integrated circuits (English):
    • Operational Amplifier ...
    3) Operational Amplifier|Linear Integrated circuits (Marathi):
    • Operational Amplifier ...
    4) Network analysis (Hindi) / Circuit analysis/ Circuit theory/ Basic Electrical Engineering
    • Network Analysis(Hindi...
    5) Network analysis (English) / Circuit analysis/ Circuit theory/ Basic Electrical Engineering
    • Network Analysis | Cir...
    6) Numerical methods (Hindi) | Numerical analysis
    • Numerical Methods (Hin...
    7) Control System Engineering (English)
    • Control System Enginee...
    8) Control System Engineering (Hindi)
    • Control System Enginee...
    ___________________________________________________________________________________
    Our Social Links:
    Facebook: / electronicsforyouchannel
    UA-cam - / electronicsforyoututor...
    ___________________________________________________________________________________

КОМЕНТАРІ • 24

  • @Yashbloger17
    @Yashbloger17 4 місяці тому +1

    4 ohm resistance se current drwan kregii bro

  • @pardipdatta1342
    @pardipdatta1342 Рік тому +3

    sir how could you change the direction of 4 ohms resistance because when it was in right the current was not flowing through it but if you keep it in the left then the current will flow t

    • @ElectronicsforYoututorials
      @ElectronicsforYoututorials  Рік тому

      You are correct but when it was in right all the energy sources (voltage source and current source) were removed hence no current will flow through it.

    • @pardipdatta1342
      @pardipdatta1342 Рік тому +1

      @@ElectronicsforYoututorials no sir my question was why you place resistor to left as it's not allow to any circuit

    • @ElectronicsforYoututorials
      @ElectronicsforYoututorials  Рік тому

      I haven't came across any such rule. Placement of any component can be at any place. Just for systematic representation, most of the time input is shown at left side.

  • @omarul1322
    @omarul1322 3 роки тому +6

    Why u left 4 ohm resistance sir....

    • @ElectronicsforYoututorials
      @ElectronicsforYoututorials  3 роки тому

      That 4 ohm resistor is not affecting voltage as current is not passing through it.

    • @neeleshlodhi4570
      @neeleshlodhi4570 Рік тому

      Samjh nii aaya sir 4 ohn resister ko left side kyu Kiya gya h

  • @vaibhavpatil-mj5zj
    @vaibhavpatil-mj5zj 4 місяці тому

    Sir parallel rlc me kaise karenge solve vo bhi batayena

  • @Messififaboiiii32
    @Messififaboiiii32 2 роки тому +2

    How 4 ohm resistance is not affecting

    • @kottavalasaumamaheswari2163
      @kottavalasaumamaheswari2163 2 роки тому +1

      Sir draw wrong digram in the solution as in the question

    • @mdtouqir5245
      @mdtouqir5245 2 роки тому

      Usme current flow hi nhi krega q ki aage open ckt. Hai isliye consider nhi krenge
      But waha pe jo voltage source hai wo indeed hai isliye usko hi consider krenge bss

  • @Varun-vi2vw
    @Varun-vi2vw 2 роки тому +3

    Bhai calculator main kaise solve kre yeh bhi toh btaao

  • @sipaimanhaj2298
    @sipaimanhaj2298 11 місяців тому

    Bhai vo I ki value hai vo FX 82MS me kis trah solve kare answer nhi arha hai please help me 😢

    • @ElectronicsforYoututorials
      @ElectronicsforYoututorials  11 місяців тому

      I don't have ms series calci.
      Check, does it have complex mode.
      If it has, then select it and then go to equation mode and solve.
      Otherwise you have to Solve it by Cramer's rule.
      You can follow this video.
      ua-cam.com/video/Q1uWTZBp8IE/v-deo.htmlsi=nNkGo3I7SOoVRnmG

  • @truespeaker
    @truespeaker 11 місяців тому +1

    Not clear so boaring

  • @sunnymourya8303
    @sunnymourya8303 Місяць тому

    Bro please be accurate 😶👍🏼

  • @hemantaroul9419
    @hemantaroul9419 2 роки тому +1

    Hind me all video upload karo

    • @ElectronicsforYoututorials
      @ElectronicsforYoututorials  2 роки тому

      Network Analysis(Hindi)| Network Theory: ua-cam.com/play/PLe25ovnCxlLTIaua0K-weiGgSZfkg7Qaf.html
      Plz see playlists.

  • @S_Art_and_Craft
    @S_Art_and_Craft Рік тому

    Hii