Lec-131 Voltage Shunt Feedback Amplifier - Circuit, Gain Derivation | A E | R K Classes | Hindi |

[@mysteryman3737]

Every time I watch your lecture ...couldn't stop myself to thank you in comment box......your explanation is one of the best I have ever seen in my life..

[@R_K_Classes]

Thank you my Dear 😊 Best wishes Beta ❤

[@aryapratimsaikia9381]

The whole concept which I couldn't learn in entire semester.Got to know to today only in 30 min.Thnq so much sir.U jst keep uploading more videos.Love u sir

[@riteshverma968]

Thank you sir ❤👏

[@ayushshah9948]

sir here we have to neglect internal resistance of source(Rs)?

[@ayushshah9948]

?

[@mycomment7543]

❤️❤️

[@R_K_Classes]

Thank you Dear 😊

[@narutofx7687]

Sir why should we use current source for voltage shunt and voktagr source for current series

[@R_K_Classes]

Please don't skip videos.

[@swatichauhan2106]

sir isko op-amp se kaise find karna h? please guide

[@R_K_Classes]

Check Op-Amp lecture series Dear Thank you

[@aProudHinduatani]

While deriving value of Is , we have ignored voltage loss across resistance ro .... Can you please elaborate sir, why....

[@R_K_Classes]

Good Question Beta. See R0 value of Transresistance amplifier is very very small. Drop across R0 would be very less so almost voltage will appear across load resistance and hence we consider it as Vo . Allways remember if you get voltage at output from amplifier then Output resistance would be very very small.so ignore voltage drop across this resistance. Thank you Beta 😊

[@aProudHinduatani]

@@R_K_Classes Thanks a lot sir, I was thinking in the same manner .... thanks again 🙏🙏🙏