Fixed-Bias Configuration (Solved Problem)

Analog Electronics: Fixed-Bias Configuration (Solved Problem)
Topics Covered:
1. Numerical problem on fixed-bias configuration.
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[@drammeh1209]

Your Explanations are always crystal clear... Thank you very much...

[@varunkumarsingh758]

sir,
I really appreciate your work!
thankyou,I request you to do some more videos on the engineer subject 'signals and system'.

[@shankar_743]

when we neglect the capacitors and replace them with open circuit, then how the signal is applied and why to use the capacitors then?

[@Whoamme22]

They are used when an AC input is applied

[@mohitkumargautam4060]

Sir your mentor approach is very good
All you videos are too good

[@ABHISHEKKUMAR-.]

Best sir!! 🙏🙏🙏🙏🙏

[@GurwinderSingh-su2sk]

Very helpful 👍

[@UECAshutoshKumar]

Thank you sir ❤️

[@chimalapradeepa9623]

Sir u r explanation is brilliant

[@poornimamishra5841]

thank you so much for explaining it so clearly.

[@RiteshkumarSingh-ii2kh]

Thanks sir 👌

[@avirupdey7565]

All we need is the CBE current equation and circuit laws to get our way through the problems...and occassionally the characteristic graph

[@demetriusdemarcusbartholom8063]

Thank you

[@brittoalosious544]

Very helpful thank you 😍

[@abrarahmed7549]

We can use vbe =0.7 volt for every question whether it is given or not?

[@wakippai6047]

I'm also confused with this. Please somebody answer this guy question

[@edenrodriguez1225]

@@wakippai6047 if not specified, always assume you're using a silicon trans unless told you're using a germanium trans which would be .3v for vbe

[@94D33M]

@@wakippai6047 always, unless specified otherwise

[@shivankitss8396]

@@94D33M omg

[@knmisra]

thanks for these

[@Hasan-oo3mx]

Thanks sir

[@manishpunia3604]

why fixed bias cnfiguration is cxalled fixed bias?

[@shehrozahmad4812]

inshALLAH GOD gives you a big reward for this condensation

[@rubelhossain6558]

If we assume Ic=Ie is any probelm?

[@BHARANEESH28]

we we use vcc as common

[@longtv8278]

how come all the negative sign in solving b.) part become positive sign?

[@Mrityujha]

Sir,
Since Vce=Vcb+Vbe, asssuming Silicon diodes, both Vcb=Vbe=0.7V, Vce=1.4V.
SO, Where am i wrong?
Cant i take Vcb=0.7V? Though its a Silicon diode?

[@Mrityujha]

@Ahmed Saeed thanks!

[@PheobeMisingko-kr2fg]

Can you show how you get the answer on the calculator,which means you show it on video tutorial

[@alterguy4327]

: ) THanks a lot

[@alterguy4327]

@Devon Darius Scam Alert Stay Safe

[@alterguy4327]

Stay Strong Brother, Everything gonna be alright
Love you my older self❤️

[@afsalshameer6383]

How did you get Vbe = 0.7 volts

[@nazishahmad1337]

Input voltage Vbe =0.7v for silicon diode and 0.3v for Ge diodes
These are actually fixed values calculated through experiments...

[@afsalshameer6383]

Yea, got it. Thanks anyway.

[@vaibhavsingh1049]

Can someone pls explain why he didn't use emitter current value in both the KCL equations?

[@shubhamgupta6976]

bcz he is using KVL

[@ankanroy4718]

V(be)=0.7V....why?
please anyone explain this.

[@kaanbatucezayirlioglu7606]

V(be) is the Si Diode which is front biased from B to E (Si Diode has a potential of 0.7 V )

[@sampathgowda2245]

Bro how to take vbe 0.7v

[@tonyhunt3261]

How Vbe become 0.7v

[@urbandaku8706]

beta 199 is greater than 100? why?

[@94D33M]

in one of his videos he says beta can be from 50-400 while alpha can be from 0.95 to 0.98

[@AbjSir]

nain tere, chain mere

[@shubhamkumarjha3587]

The value of Rb will be 862.3 ohm not kilo ohm.

[@snehilkumar6643]

chup na

[@Josuke217]

ez

[@hijabisoso1547]

ur calculation for B(beta) was wrong i think
it will be 169.5

[@linuxtubers7313]

Thanks sir