Fixed-Bias Configuration of JFET (Mathematical Approach)

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  • Опубликовано: 27 дек 2016
  • Analog Electronics: Fixed-Bias Configuration of JFET (Mathematical Approach)
    Topics Discussed:
    1. Fixed-bias configuration of JFET.
    2. DC analysis to find out operating point.
    3. Approximations in dc analysis.
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    Music:
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Комментарии • 47

  • @JayKa.Patel12
    @JayKa.Patel12 7 лет назад +4

    i really appreciate your work about it and this video is so so so much helpful to me. i didn't understand JFET biasing while lecture but after watching this video i knew the whole terminology of JFET biasing...so once again thank you so much and keep it up👍

  • @krishnapriya2773
    @krishnapriya2773 3 года назад +1

    Excellent lecture sir, thank you..!

  • @agstechnicalsupport
    @agstechnicalsupport 6 лет назад +1

    Excellent lecture !

  • @SabbirAhmed-dy1tg
    @SabbirAhmed-dy1tg 4 года назад

    thanks, sir..this one was easiest from my faculty

  • @ShivangiSingh28
    @ShivangiSingh28 6 лет назад

    thanq soo much for the videos, i really appreciate your work

  • @supriyakharat4596
    @supriyakharat4596 5 лет назад

    Thank you so much sir for clearing my this topic

  • @ramyasree3223
    @ramyasree3223 5 лет назад

    Thank you sir u explanation is super 👏👏

  • @newbie8051
    @newbie8051 Год назад +5

    Shouldn't the equation be I(d)=I(dss) *(1-Vgs/Vth)^2

  • @geethach5596
    @geethach5596 4 года назад +6

    Why is it vgs in point Q?it Should be vds just like in bjt

  • @aldermach6194
    @aldermach6194 6 лет назад +1

    Thank you, this was very helpful.

  • @81peas
    @81peas 7 лет назад +7

    your vedios are very very helpfull to me...I m studying in electronics 2 ND year and I didn't understood the basic concepts of analog elec but now after I hav watched your vedios related to my course I hav the basic knowledge and concepts are very clear.. I will recommend ur page to evry one I knw who has problem in understanding....
    I appreciate ur approach towards this thanku for making this vedios.. plz keep it up it'll help youth very much...

  • @mdmaniruzzaman2378
    @mdmaniruzzaman2378 4 года назад

    very effective

  • @utsavpatra9471
    @utsavpatra9471 4 года назад +2

    Q point coordinate is(as far as i know)---(Vdsq,Idq)

  • @JRSaroj
    @JRSaroj 7 лет назад

    nice video keep it up

  • @nishattaaha5837
    @nishattaaha5837 3 года назад

    thnxx a lot sir

  • @chronobot2001
    @chronobot2001 Год назад +1

    Don't you have the polarity at the gate and source labeled backwards?
    Excellent video.

  • @MOTO_09_VLOGZZZ
    @MOTO_09_VLOGZZZ 5 лет назад +1

    how can we decide the operating point hre ?
    becoz in bjt we took q point for both input and output loop ?how wecan decide q point ??

  • @caDet07
    @caDet07 Год назад +1

    sir I am confused with q point as some books write it as(VDS,ID) what it is really?

  • @pawanchandani
    @pawanchandani 7 лет назад

    Sir when will you upload the OP-AMP lucture...............plz reply

  • @hari8568
    @hari8568 6 лет назад +3

    Sir why is vgs kept positive potential in jfet u drew? Doesn't it operate in only 0v or negative vgs

    • @94D33M
      @94D33M 5 лет назад

      Where positive? In his diagram, Voltage is given negative there, not positive

  • @jayaprasadb2044
    @jayaprasadb2044 5 лет назад +1

    What is input impedence and output impedence and voltage gain of fixed bias I want that Pls send the link

  • @gnquince
    @gnquince 5 лет назад

    Is input signal at gate source increase positively or negatively IAM confusing with these signs , suggest me

  • @umairzafar9161
    @umairzafar9161 6 лет назад +1

    how the signs are inserted before applying KVL....?????????

  • @alihusanin4932
    @alihusanin4932 4 года назад

    All was so good but sir try to explain lectures in urdu or hindi...plz

  • @engree5959
    @engree5959 7 лет назад

    what will I do I'm mathematical computition if it is p channel?

  • @nazeerashaik6058
    @nazeerashaik6058 5 лет назад +1

    How to decide signs at gate and drain

  • @Raj_5718
    @Raj_5718 Год назад

    Sir i don't understand from where the the circuit came from and why f = 0 hz.
    Plz reply

  • @jayaprasadb2044
    @jayaprasadb2044 5 лет назад

    Sir I have one doubt about short circuiting the rg, v=ir(ohm law) so that r =infinity

    • @amrelkomy3474
      @amrelkomy3474 5 лет назад

      it is already infinity but the it is the resistance from the Rgs not the resistance you are talking about

  • @maradanaabhishek2751
    @maradanaabhishek2751 5 лет назад +1

    What is Shockley equation,sir plz explain it

    • @parthanayak1620
      @parthanayak1620 7 месяцев назад

      Id=Idss(1- Vgs/Vp)^2 is known as shockley eqn

  • @palakdeora
    @palakdeora 5 лет назад +2

    Q point is Vdsq

  • @anshuabhipsasahoo4504
    @anshuabhipsasahoo4504 4 года назад

    Sir what is the q point of this biading

  • @bovillamadhav667
    @bovillamadhav667 6 лет назад

    Then what for u have introduced capacitors sir .What is the use of that....

    • @gfodale
      @gfodale 4 года назад

      This is the DC bias to setup operating point of the transistor. The capacitors would couple and decouple the AC component which is to be amplified or impedance matched. (from the best of my knowledge.)

  • @sadivelakshmiprasadreddy6424
    @sadivelakshmiprasadreddy6424 7 лет назад

    why we are applying negative voltage to gate....sir can u tell me

    • @parthanayak1620
      @parthanayak1620 7 месяцев назад

      To make it reverse bias so that we can have the control on Id

  • @yamilave30
    @yamilave30 3 года назад

    Are VD and vds the same

  • @nickbeats9883
    @nickbeats9883 3 года назад

    Isn't the Id formula having square?

  • @akhilkarri816
    @akhilkarri816 3 года назад

    Why IdRd is taken as negative sir

  • @danishbhatia1734
    @danishbhatia1734 7 лет назад

    Sir, when would you done with logic families?

  • @sitanshuyadav2797
    @sitanshuyadav2797 4 года назад

    Sir i n some books I'd and Vds are operating point

  • @CalebePriester
    @CalebePriester 5 лет назад

    I love when he says "we already know"