14. Voltage Divider / Potential Divider Biasing Method | Very Important | Easy Explanation in Hindi

[@bluedude1662]

Thank you sir. I am weak in this subject. But after watching your lectures I finally understand now 🙏🙏

[@Maan_Lad_]

Same here brother 😁👍👍

[@Gauravpassi01]

Aap bhi edc yani electronic devices and circuits m weak ho m bhi usme hi weak hu

[@hruthickp6005]

Superb and our teachers did not thought us thevenin formula. And only gave formulas which was very confused...
You made it clear sir.

[@versatile_ankit]

Thank you sir, aap ki ye playlist na hoti.. To biasing kbhi smz nhi aata.. 🙏

[@atulbhagat7279]

Thanku so much sir...❣️❣️..u r god for engineer's ... I have completed the series ..point to point explaination ...wish our college teachers ...could have the same idea ❣️

[@theneutral5831]

Your explanation is simple and effective. Thank you.

[@er.narenderrawat1150]

Itna badiya aaj tak nahi sikhaya kise ne .

[@hitarthanandrohra8846]

Thank You Sir for your pure efforts, this whole series helped a lot 💯

[@thebrilliantphysics1084]

many many thanku sir for providing such a beautiful contents.

[@TechGurukul]

Thanks for your appreciation 🌹

[@rimpeeyadav9964]

Thanku so much sir..🙏🙏
I am finally understand the biasing...and u explain very easily on this topic.... Ur lecture is helpful for engineering student..😇😇

[@devvardhansinghchauhan1656]

nicely explained, thank you sir!

[@abhijithaldar2231]

Sir apka e lectures bohot help karega hamlogo ko electronics paper ka exam me. You are god sir.❤️

[@TechGurukul]

Thanks

[@PiyushMakhija]

hello sir , mey aerospace engineering ki padhai kar raha hu , appne itne complicated topic ko assan tarike se samjhaya , thankyou so much sir

[@sunnysinghchauhan3952]

I really appreciating your effort 🙂 thanks for your lectures

[@shaktisahu874]

Thank you so much sir for your guidance and wonderful explanations 🙏🙏

[@debeshyadav9353]

Thank you sir I'm from Nepal well explained ❤️❤️❤️❤️

[@rinkumaurya3744]

Bahut acha pdate ho aap sir u tub pr best teacher👩‍🏫‍ 😊😊

[@TechGurukul]

Thanks

[@AnilKumar-vv4wx]

बहुत-बहुत धन्यवाद सर जी आपका आप हमारे लिए कंटिन्यू वीडियो प्रोवाइड करा Rahe हैं उम्मीद है आप ऐसे ही आगे भी बने रहेंगे और समय से कोर्स कंप्लीट करवा देंगे

[@ndp48]

Best explanation

[@kritikachoudhary9287]

Superb explanation....Thank you very much

[@TheWriter-c7i]

Sir I am a student of Bs physics in university of agriculture Faisalabad Punjab Pakistan 🇵🇰
You teach very well,I learnt alot of things from your lectures
Love and respect from Pakistan 🇵🇰🖤🥰💕

[@vegetasama7963]

Woah ,You have this subject in agriculture

[@ankitmishra2723]

Thanks sir for thevenin theorem in easy way in this circuit

[@DevPatel-xu8fy]

thank you so much sir for such a next level explanation ❤❤

[@mithleshji2980]

Excellent sir ji

[@subhajitghosh8221]

Very good teaching skills , thanks

[@anjanikumari-vj1cc]

Ur effort is superb

[@subhajitghosh8221]

Great experience ,, superb explanation

[@shayaadhikari59]

Thank you sir. May god bless you🙏

[@bijoydas6044]

🙏excellent sir, please explain the temperature independent of voltage divider biasing method, if there is connect two battery then it can be more bulky and price also increases.

[@ashutosh10110]

Thank you very much SIR...
For Thevenin therom especially...

[@solankimilan1742]

Very nice explanation sir 👌 thank you

[@ridhikasaini9363]

Bhut aacha sir👌👌👌👌👌👌

[@jitendraprasadmuduli93]

Bahut badhia sir ❤️

[@dineshyadav0074]

Thank you for such great content sir.

[@kalamkavi7866]

God is great... and u my favourite..sir

[@supantha118]

Thank you so much sir.

[@arbazkhanleghari1430]

Osm way of teaching thanks

[@sandip_kanzariya8476]

nice explanation sir ji ........

[@adityasinghadityasingh4660]

Thank you so much sir all doubts clear

[@komalyadav4051]

Sir u r great .Thnk you so muchh

[@comedydhamaka4142]

Great sir ji

[@Invisible_Tri]

Nice content...well explained sir, thanks

[@shamikiani1080]

Thank you very much sir G ❤️❤️❤️❤️

[@malvikakunwarsen92]

Thnku sir u made this clear

[@kalindipushkarna]

thanku sir...ap bohut acha pdate h...ap plz ek baar voltage divider biasing KVL m bhi smjha dijiye sir. meri clg ki book m kvl se hi smjhaya hua h...plz plz reply sir...

[@TechGurukul]

Hamne bhi to KVL hi use Kiya Hai
Input and output section mein

[@kalindipushkarna]

@@TechGurukul sir hmari book m thevinin theorem se ni krwaya h bilkul bhi

[@youhub1x]

Thankyou so much sir ❤️😊😊

[@rakeshgiri6750]

Thankyou so much sir ji

[@duamardeep]

Thankyou Guru Ji

[@akashchavan4429]

Sir give lecture on transister as a amplifier

[@siddharthpathak3218]

Sir voltage divider biasing ko self biasing v bola jata hai kya

[@Abhishekk_kumar]

Thanks sir

[@kameswarpanda]

Thank u so much sir

[@samratpatel8060]

❤ this was good

[@anjanikumari-vj1cc]

Very nice 👍 thnku sir

[@mizbaa6459]

Sir, is the vedios of mosfet are available..??

[@Mrpaul1975]

Can we able to drive a 7812 ic from a 200 volt DC supply using voltage divider rule?

[@mohdanzar1895]

Thankyou so much ❤️

[@AbrarManzoor]

Sir is circuit ko potential divider circuit kehte hai kyunki resistors jab series m hoti h toh potential ko divide kartee hai magar us k baad humne dekha ki jab aapne circuit analysis kiya toh aapne dikhaya ki do resistors (r1 r2)parallel m h agar resistors parallel m h toh voltage ko kaise divide karegi?

[@droy3627]

Thank you so much sir:)

[@ramanchauhan2282]

Nice class

[@frazkhanyt2139]

Happy teacher day ❤️❤️

[@papaypati7796]

Thank you sir

[@harshitchaudhary0193]

Thankyou Sir

[@arupankur4821]

Sir Apne bataya ki thevenin's theorem use Karke hum multiple voltage ki single equivalent voltage me convert karte hai, lekin is circuit me to pehle extra koi voltage source nehi tha , phir Aapne Vth ki introduce Kia, to pehle to r1 and r2 sirf vcc se connect tha lekin Avi Vth se connect ho Gaya , to difference to Kuch v nehi hua, Jaise Apne output part ko load k taur pe use Kiya to Uske liye alag voltage source Kiya fir biasing k liye alag Kiya , to voltage source to nehi ghata balki bar Gaya.

[@abhijitroy4595]

Thank you..sir ..

[@mahanteshpatil5462]

Sir can i know in Vcc equation why should you changed the "Ic to Ie". Pls give solution as soon as possible

[@ankitsaha555]

Sir ji when I take IE=IC
And when, IE=(beta + 1) IB

[@homegrowntalent7494]

Sir emitter bias ckt m Rb ke place par agar hum 2 resistance parallel me le to Rb ki value bahut kam Ho skti h.
Kya hum esa kar skte h

[@TechGurukul]

Already R1 & R2 are parallel resistors

[@homegrowntalent7494]

@@TechGurukul no sir r1 and r2 parallel to voltage divider m h
Agar emitter bias circuit m hum Rb ki jagah lagaye to...

[@RaushanKumar-xp8pb]

Love you sir

[@umairali8265]

Thank you

[@sancheetasharma5353]

12:40 but sir current kesa flow hogi agar AB open rakha hai aapna ??
Anyways sir it was great lecturer

[@raghuveermeenasir4676]

Thanks🙏

[@arupankur4821]

Sir apke video list me AC loadline analysis kyu nehi hai ?

[@RaushanKumar-xp8pb]

Thanku sir

[@venkatasairanjitha5781]

Sir, kindly solve stability factor for self bias

[@yogeshyadaw9246]

Sir circuit analysis kaise kre

[@PrashantKumar-js2gu]

Sir ye to self biasing mein bhi hota hai

[@BECSAQUIB]

Thanks sir...

[@solankimilan1742]

Sir Kya aap AC analysis of the BJT circuits and small signal amplifier pe video banayege please ae chapter hamare college main self study ke liye Diya Hain so please sir aap inpe aek playlist banaye. Thank you sir

[@TechGurukul]

Ok

[@TechGurukul]

In which college you are.

[@solankimilan1742]

@@TechGurukul I am in Madhuben and Bhanubhai Institute of technology,New Vallabh VIDHYANAGAR, Anand, GUJARAT

[@yashhegde8054]

Ir if the resistance vth is min then the base will get damaged

[@g.girirajyadav404]

Sir please make one shot videos please

[@ankeshdwivedi4156]

Sir singal stage transistor amplifier ke vedio bnaye

[@TechGurukul]

ok

[@mohanlal424]

Thans sir😊😊

[@johnconstantine501]

great

[@arnabgarai5991]

sir give lecture on OP AMP

[@mahjabeeparveen5839]

Hlw sir
Sir apne special theory of relativity ke topic par video bnaye h kyA???

[@adarshsharma8490]

Sir why we use it in a transistor.

[@santosh-mb5wc]

Thnx sir

[@astroelet]

Thxxx sir

[@MuhammadAsif-wr8ub]

Good

[@dharmendrathakur9296]

Sir NPN aur PNP transistor kaise work krega

[@respectedphysics1487]

Sir parallel main kaise hai Rth nikalana jb tb R1 and R2 parallel kaise

[@PrashantKumar-js2gu]

Reverse recovery time bata dijiye

[@studentofficalwebsite2199]

Ie ka value kya hai

[@harshit7489]

Sir please aap apni previous videos me mere comments ka reply do...🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻

[@TechGurukul]

OK bhai

[@SureshKumar-nk2ok]

sir ur videos are excellent .pls explain sir how Ic approxi Ie for condiions

[@bala86sri]

Sir if possible plz post by English language

[@allthingsin1772]

Agar koi ckt beta DEPENDENT hoga to kya problem hoga ?

[@TechGurukul]

Go through all the videos please

[@allthingsin1772]

Can u provide the video link which is related to my ans

[@anshvashisht8519]

22:49 is important

[@freeelectronics7635]

To sir R1 & R2 ka value kinta hona chahiye???

[@FaisalHasnain-en8ww]

Mashallah ❤❤