5. Numerical on Fixed Bias Circuit | Transistor Biasing in Hindi | Tech Gurukul by Dinesh Arya

[@aryanwolfox6390]

Sir it is humble request to you to provide more basic electronic lectures.💓

[@TechGurukul]

Ok

[@harshit7489]

Please sir aap jldi jldi aise hi videos provide krate rho😘😘😘😘😘

[@aryanwolfox6390]

Nice sir very good video and excellent effort. Appreciate you're work.

[@sbindra3682]

Very nice sir

[@rinkumaurya3744]

Thank you sir🙏🙏🙏🙏🙏🙏🙏

[@moominbashir239]

Sir ur the best ❤️ love from Kashmir 🍁

[@ashik.arya1]

Very very interesting and beautiful video

[@ankitshukla8136]

Best explaining

[@pranithreddy]

nice lecrure thank you sir

[@rakeshkundara3981]

Nice sir

[@faisalyusuf5396]

So deeply

[@Abhishek_Kolekar]

Why to take Vbe=0

[@kazinahid5166]

just wow

[@prashantsharma7788]

❤️❤️❤️❤️❤️

[@AnoNymous-po5sx]

Sir aap Vbe ko neglect kiya tha. Lekin jo Ib aaya, uso equation mein phir se substitute karte to Vbe=0 aa raha hai. Uska matlab 0.7 se kam hai na sir. Toh transistor ON kaise ho sakta hai?

[@bijoydas6044]

🙏 sir, can i use Ic=B(Vcc-Vbe)/Rb

[@soc542]

sir please reply Q. why we take V(Base emitter) = 0.7 always ???

[@AI-kr7mj]

because we use silicon for making transistor having 0.7V and its automatically produce 0.7V.

[@freeelectronics7635]

Sir Vbe ko count karee to IB= 27.66 micro Amp ata hee

[@AI-kr7mj]

same here bro 0.0277 mA hehe because we use 0.7V too.

[@umamishra9019]

Jai shree Ram

[@dk.account]

Dont ignore Vbe because the answer me variation a raha hai reals ans Ic=1.23 mA and you gave 1.5 mA !

[@dk.account]

redo your calculation before making video. Regards .

[@harshit7489]

Please sir aap jldi jldi aise hi videos provide krate rho😘😘😘😘😘