4. Fixed Bias or Base Bias Circuit | Transistor Biasing in Hindi | Tech Gurukul by Dinesh Arya

[@mahalakshmim2756]

sir you have no idea how you're helping one whole class before exams.. thanking you is very little

[@legendarygamers76]

You are right

[@haseebfarooqui3512]

Sir koi jawab nahin he he apka .... really very hard working personality I have seen first time my career

[@vinitkr.kushwaha1555]

Nice to see faculties like you ....using low frequency in voice ,currect explainstion,focused on a problem given..
Thanks!😊

[@gagejayce2994]

instaBlaster...

[@sunilkumar-ln5bm]

Bhai sir ne toh sahi explain tu km se km spelling toh sahi likh deta🙃

[@learngk3300]

I am watching this,one day before exam..u have helped me a lot sir.. thank you so much..u are teaching very well..

[@ronhtech]

Thank you so much sir... today is my ppt presentation and this video is very helpful...

[@data0153]

Only video on RUclips with proper explanation of each and every terms and concepts 🤗🤗
I love you 😘💓

[@AnilKumar-vv4wx]

My all dout cleared to see your lecture
Thank you very much sir ji

[@Invisible_Tri]

Wowww..great explanation

[@kalamkavi7866]

Ek dum mast video thi guru ji ... sukriya..

[@bhartisharma4967]

Very nicely explained sir 🙏🙏

[@shubhamrawat7444]

Well explained sir

[@ashiskd]

very good explanation

[@sanjaysingh3236]

Good sirji

[@yashpreetsinghkalsi5380]

Sir what a vedio lecture sir
Such complicated topic explained with such ease thank you sir

[@pradumnmaddeshiya3078]

Very helpful video

[@Satendrakumar-kw9fc]

Thank u very much sir superb Explanation 👍

[@sumukhasbharadhwaj5172]

You're just gr8 sir

[@shortclips5872]

Good efforts sir 👍👍👍

[@naveenkumar2334]

Great Sir

[@AnoNymous-po5sx]

You're a blessing to me. 🙏

[@nazim9480Reshmi]

Sir,there is nothing to say just awesome...!I am following you from Bangladesh...love and reapect to you,sir..!!

[@tigerthakur2354]

Superb sir 👌👌👌👌👌👌👌👌👌👌👌👌 very nice explanation 👌

[@rahuldubey1644]

Nice teaching sir

[@randomsoul00]

sir you are amazing at explaination
i have lot of respect for you

[@saurabhjha8733]

didn't think i would say this but it was good

[@supantha118]

Thank you so much sir. ❤❤❤❤

[@pradeepupadhay9995]

👏👏 explained very wellll

[@rinkumaurya3744]

Thank you sir for this video 🙏🙏🙏🙏🙏

[@sandipbiswas3997]

You are excellent in explaining things with proper information. You are doing great.
Thank you Sir

[@priyankakumari-vs1nc]

Thank you sir 🙏🙏🙏

[@krushnapalsinhdhummad1832]

Awesome 👍🏻

[@sabahatmaheen4486]

Thanku

[@sardarajmal8593]

Thank you so much sir g

[@harshitgoyal6260]

SIR YOU ARE GOD !!!!

[@satishgiri964]

Thank you sir for your precious time .

[@yashkritverma7506]

Nice sir energetic..

[@guptasmotivational2810]

ok sir i am waiting for your video.

[@Riteshkumar-th6hu]

Thanks 😊 sir 👍💓💓💓

[@EE-hp9ot]

Thanks sir

[@AryanSingh-zw2if]

Thank you so much

[@j.d.b.7581]

sir jab fourth diagram banaya tab waha Vcc-Vbb aana chahiye na...to aapne only Vcc likhke Vbb ko kyu neglet kar diya.

[@supremeleader5516]

amazing

[@dksingh9771]

Thank you so much for these videos sir

[@thaider3889]

Respect sir

[@harshit7489]

Sir please jldi jldi analog electroniccs me syllabus complete kr do kyoki polytechnic 2nd sem ke exam aane wale h.......

[@TechGurukul]

Ok

[@xeeshansadiq362]

Super

[@ejajurrahaman8993]

Nice lecture sir,plz make videos on FET,MOSFET

[@yashkritverma7506]

Search in channel..we have MOSFET lecture

[@Moralstoriesurdu786]

sir 1mbi300l ibgt transistor he us ki base k sath konsa resistor lagega jb k collector pr 12+12 volts de rhe hen bettery ki transformer k through???

[@incepticaboy]

Sir iske baare m hm kaha se pdh sakte jyada clearity or details ke liye? thanks

[@khitijkarmakar]

SIR where is your playlist on MOSFET and OP-AMP

[@ajay-dp2si]

Sir agr biassing k mtlb dc supply se connect krna h to diode k across ac supply connect krne pr forward aur reverse biass kyu bolte h

[@sunitamishra6275]

I hv some doubt sir..

[@bikashsinghsatna320]

I liked you but used of bias or we used of fixed base bias why what etc please cover the all interview questions

[@osamaasif2368]

Sir Why VcE IS NEGATIVE IN OUTPUT SIDE USING KIRCHOF'S RULE ...Here N tyoes is negative
So negtive to positive value will be positive

[@satyapriyapanda8765]

Still I have a doubt. In the second diagram the negative terminal of VBB has been connected to Emitter terminal whereas this is not the case in third diagram. Please clarify.

[@learnandteach.108]

Where are you man,
Be in the classroom.
How could you say there is a difference

[@gamingchannel1456]

See clearly, Its not connected to emitter, Its rather connected to ground. Both emitter and Vbb are connected to common ground , even the -ve side of VCC is grounded at the same point

[@amazingindianvlogs3409]

❤

[@AbdulMomin-uu2kk]

Sir ..... Please let us take screen shot ....

[@shivambhardwaj2096]

Gem......

[@charliegaming1484]

Sir jo starting me 5 circuit diagram draw kre hai apne usme jo 1st ckt diagram hai usme to EMITTER COMMON hai pr 5th vale me nahi hai to dono same kaise hue sir.?

[@learnandteach.108]

Common kaise nahi hai?

[@muhammadhanif6365]

Asslam o alakum sir Kindly Agr FET ki videos hain to link dy dein

[@TechGurukul]

Abhi nahi hain

[@muhammadhanif6365]

thnkx

[@bijoydas6044]

🙏 sir I have an doubt on common emitter . why common emitter is only used as amplifier why not common base or common collector?

[@ravinderverma3067]

Because we need maximum gain that why we used common emitter another region is that it input resistance higher then base and output resistance is low

[@katdalo6118]

Ic resistor ka value select kaise kare ????

[@electronicsgyan2390]

Silicon has high thermal stability also as compared to Ge.

[@kumaranil462]

screen shot lene ke liye thora side me ha jaya kare Sir

[@TechGurukul]

OK

[@frutikumari6455]

Sir stabilisation kya hai?

[@anshvimalik896]

stabilization hota h operating point ko temperature changes or transistor variations se independent krna

[@waseemsajjad4761]

Why Si is mostly used in transistor?

[@rajeshmaji3142]

At room temperature, Silicon crystal has fewer free electrons than Germanium crystal. This implies that silicon will have much smaller Collector cut off current than Germanium.
The variation of Collector cut off current with temperature is less in Silicon compared to Germanium.
The structure of Germanium crystals will be destroyed at higher temperature. However, Silicon crystals are not easily damaged by excess heat.
Peak Inverse Voltage ratings of Silicon diodes are greater than Germanium diodes.
Si is less expensive due to the greater abundance of element. The major raw material for Si wafer fabrication is sand and there is lots of sand available in nature.

[@TECHPRODIGY.]

Please upload lectures on regulator
🙏🙏🙏🙏🙏

[@shivammishra6161]

Sir provide pdf of these lecture

[@engenierkijindgi2019]

Sir syllabus bahut late ho rha hai apka exam aane wale haii

[@sunitamishra6275]

Collector aur emitter k bich me + and - kese hua samjh nhi aya sir

[@TechGurukul]

Npn Transistor. Collector is connected to +ve terminal of Vcc. So Vce.
If Transistor PNP then Vec.
I had explained some where. Please go through all videos in series for better understanding.

[@siddheshpanderkar3907]

maja aaya

[@engenierkijindgi2019]

Sir KVL kaise lga samgh me nahi aa rha hai : iska law Kya hai apply krne ka 😞

[@TechGurukul]

Go through all videos of biasing. In starting videos I d explained.

[@shahrukkabir01]

🎉

[@frutikumari6455]

Please sir bta dijiye

[@360GAMER66]

Namaste sir , kya mujhe aap ka number mil sakta h

[@sardarajmal8593]

Great sir

[@pavannk1716]

Sir thank u very much sir

[@prashantsharma7788]

❤️❤️❤️❤️