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

[@ahasnainkhan9622]

Sir ji, tussi great ho. Me IIIT J me padhta hu jaha har teacher kaafi experienced aur saare phd hai apni field me, although may be because of online mode, mujhe is chapter ka ek bhi hissa palle nahi pad raha tha. Ab aapse padhne ke baad me easily question solve kr pa raha hu. Thnx sir.

[@rinkumaurya3744]

Aap jaise teacher ho to students 1.5 gb data faltu use nhi kr payenge 🙏🙏🙏🙏🙏 u r great sir 🙏🙏🙏

[@pradeepsinghyadav9116]

Namaste sir,
Aap bahut hi badiya padhate hain
Bs pura syllabus nhi aapne Diya hai
Padhane ka tareeka bahut achha hai aapka👏👌👌👌👌

[@sbindra3682]

आप बहुत अच्छा पढ़ाते हैं सर thanku so much

[@maheshchoudhary25683]

sir please make videos on field effect transistor (FET)

[@anamikakumari464]

Thank you sir fir providing good lectures and please make video lecture on FET, -ve &+ve feedback , opamp , active filters etc topics as soon as possible .

[@rajatgarg3]

6:20 sir why did you multiply and divide by 10?

[@harshit7489]

Sir aap ka concept to ekk dmm bindashh h😘🥰🥰😘😍😘😍😘🤩🤩😘🤩😉

[@dipeshthakran]

sir VBE ki value every numerical mein consider krni hein?

[@deepakgauttam29]

Thank you so much for best explaination

[@engenierkijindgi2019]

Sir your concept of teaching is too good . Lgta hai ki class me hi baita hu

[@TechGurukul]

Thanks

[@sachinKumar-xx2rw]

U r great teacher❤

[@gururajchavan1695]

Thank u from the bottom of the HEART ❤ sir

[@TechGurukul]

Welcome 🌹💐

[@EE-hp9ot]

You are great sir

[@letsstudywithpraveen6455]

From where V(be)=?

[@ashutoshgupta9643]

Thank you sir, you have amazing teaching style.....love you sir ❤️🙏and thank you for making this video for us....

[@TechGurukul]

Thank you Bhai 🌹 💐 😍

[@suvojitmaity]

Sir, we don't need Ib and R1 here. Just if beta 150 Ic 1.5mA, then if beta 200 Ic 2 mA. Your videos are very informative.👍

[@labanidharnaik1103]

I need more numericals.

[@bajarangwithsanu]

Thanku so much sir for your great explanation 😍😍😍😘😘🙏🙏🙏

[@JonpritPritam]

Thank you so much sir🙏

[@adilaziz5647]

WELL EXPLAINED SIR🤗👏👏👏

[@sandipbiswas3997]

Thank you Sir 🙏

[@ankitmishra2723]

Thanks sir

[@hologram822]

sir solve some more numericals

[@amartayade1]

Vba ki value 0.7 kaise aayi

[@hidegaming9687]

Sir hame current shunt par numerical batayiye using transistor

[@shivambhardwaj2096]

Sir aapke paid lectures bhi hai Kya? It will be worth purchasing it...

[@kajalgupta7730]

Sir , aapne es question me Vbe ki value ko consider Kiya hai ..lekin previous question me Vbe ki value ko neglect kyu kiya .....sir please 🙏 may you explain this

[@thegoatoffootballmessi]

Sir can you create your telegram channel

[@ShaxFinds]

Hashim Zia 2.0 💜❤️❤️

[@chocolyte1950]

Hlo sir ek baat samajh me nahi aya Vbe ka value 0.7 kaise hua

[@SyedUmar-ew6tw]

silicon transistor hain.....is lye..

[@yashgarg1182]

Sir where we have to take the value of Vbe and where not, Actually in last numerical you just skip the value of Vbe but in this numerical you take the value ???

[@e3_prasanjeetsinha85]

bhai iska reason pta chla?

[@kirandutta2710]

You can take vbe as 0.7 for silicon and 0.3 for germanium.. But as the value is very less as compared to vcc thus u can ignore also. The final value is almost same

[@chitrangda78]

Thanks sir