Idk why good teacher stoped making videos ,sir you can restart your channel for analog electronic ,as there is many channel but no one has cleared the concept as you have done 👏👏👏👍👍👍🔥🔥🔥🔥
sir i would suggest when u do complete your lecture at the end , kindly please get aside off the board so that we may get a clear screenshot , yours lectures are amazing and informative ,,, thank you !
Excellent video and explaining sir!! One question. Will the voltage amplification factor be different for different load resistance? Not understood that part. Please help!
@@safeerullahkhan1849 they are only for DC Biasing so that complete amplification of both negative and positive AC cycles takes place and so that diodes can be biased as we want.( like for active region we want J1 F.B and J2 R.B). These are not amplified, they just add a suitable voltage level at which your input or output signal swings up or down. We don't use them in calculation because it makes no difference.
Sir I have a doubt aap Kabhi forward bias keliye Vee aur Kabhi Vbe likhate ho to unme Kuch difference hai ya nhi please reply Agar Kisi ko samaja to please reply
Sir how the o/p voltage is amplified if have given only mili volts in I/p signal we input se jyda output kaise gain ho skta h plzzzz sir clear this doubt
Sir cb mode may common ho raha hay base ,tab i/p ho raha hay emitter Common emitter may common hay emitter, i/p ho raha hay base As well as cc may common collector , i/p is base Iya samajh nhi a raha hay akdamiiii Kese kistara iyad rakhu is configuration kay liya i/p iya ho raha hayn Plezz sir reply 🙏🙏🙏🙏
Sir, the output voltage will reduce if we take a lesser load resistance isn't it? Then how exactly can we infer that amplification took place? Edit : I wanna share a circuit simulation. Is there any way possible to share it with you?
Idk why good teacher stoped making videos ,sir you can restart your channel for analog electronic ,as there is many channel but no one has cleared the concept as you have done 👏👏👏👍👍👍🔥🔥🔥🔥
Sir puri duniya ki videos khoj li , aaj tak bjt samajh nahi aaya , aaj aapne itna simple sikha diya hai , ke maza aagya , thank u sir
sir i would suggest when u do complete your lecture at the end , kindly please get aside off the board so that we may get a clear screenshot , yours lectures are amazing and informative ,,, thank you !
Its Truelyy amazing way to explanation of any topic i completely satisfied and understand sessions...Thankyou Sir..
👌👌👌Excellent explanation Sir🌺🌸
Many many thnx sir
Thanku soo much sir.....❣️❣️🙏🙏🙏...bahut easy language me aap bahut hard hard concept btaa diye......🙏🙏🙏🌹🌹🌹
Thanks sir aaj ek aur doubt clear ho gya
Sir one of the best video 🙏❤️
Thank youu soo much sir 🙏🙏
❤❤❤ sir notes please 🙏🙏
Tnku sir..fully satisfied
Tnku
Thank you so much
❤
Sir when we find op volt(vo) then why we can't take dynamic resistance as Same in case of ip voltage (vi)?????
Sir please do one on sequence detector (Mealy model)
Excellent video and explaining sir!! One question. Will the voltage amplification factor be different for different load resistance? Not understood that part. Please help!
Very nice sir
Sir please upload ecoder and decoder videos
great sir❤
What about ro(output dynamic voltage).
Waah 🤩 thank u
Please upload common collector configuration
Thank you sir
Great lecture but sir need RC coupled oscliter for one vedio please 🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻
Sir, please make videos on all
Type of oscillator, phase shifting of transistor, and all analog electronics.
what if we given the values of Vcc and Vee?
why we ignore them in this process
@@safeerullahkhan1849 they are only for DC Biasing so that complete amplification of both negative and positive AC cycles takes place and so that diodes can be biased as we want.( like for active region we want J1 F.B and J2 R.B).
These are not amplified, they just add a suitable voltage level at which your input or output signal swings up or down.
We don't use them in calculation because it makes no difference.
Sir plzz upload finite state machines videos as paper coming close
Ok
Sir I have a doubt aap Kabhi forward bias keliye Vee aur Kabhi Vbe likhate ho to unme Kuch difference hai ya nhi please reply
Agar Kisi ko samaja to please reply
Vee is the overall biasing voltage at input and Vbe is the voltage between base and Emitter terminal.
Please go through all videos,
Sir whai is input, output dynamics resistance in hindi defined
In characteristics I had explained
Sir is topic se numerical aate he exam me?
range of amplification voltage is from 50 to 300?
Sir is voltage amplification factor is depend on load resistance or independent of load..please clarify this
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Sir how the o/p voltage is amplified if have given only mili volts in I/p signal we input se jyda output kaise gain ho skta h plzzzz sir clear this doubt
There must be only one output resistance but why did u took two resistances 🙄🤔
since there are 2 circuits, one is of input voltage and input current and other is of O/P voltage and current
Sir likhne ke baad side ho jaya karo so that hum ss le paaye
👌
Sir cb mode may common ho raha hay base ,tab i/p ho raha hay emitter
Common emitter may common hay emitter, i/p ho raha hay base
As well as cc may common collector , i/p is base
Iya samajh nhi a raha hay akdamiiii
Kese kistara iyad rakhu is configuration kay liya i/p iya ho raha hayn
Plezz sir reply 🙏🙏🙏🙏
Sir apne ri=40 ohm & ro=500kohm kaise likha ?
sir we do (vo=ic*RL) , but there is another output dynamic resistance (r0), why don't we add this resistance with the load.............???
Yr I think there must be one resistance.... How can we use two resistances... Hna
But you did not explain why volate is amplified
Sir, the output voltage will reduce if we take a lesser load resistance isn't it? Then how exactly can we infer that amplification took place?
Edit : I wanna share a circuit simulation. Is there any way possible to share it with you?
awaaz hallu aari bhai..zara volume badao
Sir its 1250 not 125