DC load line | AC load line | Operating point | Q point | BJT | BE/Btech (1st year) in हिन्दी

[@rabindrasharma070]

Hats off to you , sir!
You are having in depth knowledge & the way of your teaching is excellent.

[@gautamvarde]

Thanks sir for your appreciation

[@SwatiSingh-b1s]

Hello sir what does it mean that the emitter will be grounded
​@@gautamvarde

[@zafarreyan4301]

Mind blowing mza aa gya pdh k aapse.teacher mtlb varde sir. Jis tarike se aap smjhate ho.its really mind-blowing ❤❤❤

[@jaiminpatel8619]

When I first studied dc load line and q point from book and other videos my mind got completely confused but now it is perfectly clear . Thank you sir for such amazing explanation 🙏

[@AaryaChauhan701]

In parrallel connection the reslten ressistance is smaller than the smallest ressistance in the circuit so the slop will not decrese in negative side it will increse in negative side

[@RajveerPandey119xy]

Finally i have searched a great teacher for analog electronics.
God bless you sir.i really appreciate your teaching methods ❤❤❤❤❤❤

[@gautamvarde]

Thanks dear for your appreciation

[@thetreeoffacts6020]

Sir,u deserve more subscribers.Very nice teaching.I was struggling to understand BJT and was searching and finally found urs in youtube.thnks a lot sir

[@gautamvarde]

Thanks and welcome dear

[@likhitkaushik5668]

If Rc would be in parallel with RL then equivalent resistance would have been lesser. Hence the negative slope would be more than dc one. I suppose that Rc must be in series with RL.

[@ankushSharmaAnkushSharma-ip1si]

wonderful teachings love from jammu and kashmir

[@gautamvarde]

Thanks and welcome dear

[@mr.technologyhacker315]

Very nice teaching Sir
All subject👍👍👍

[@gautamvarde]

Thanks and welcome dear

[@saumyadixitcovers7049]

@@gautamvarde sir AC load line me slop increase hua hai at 14:42

[@AyushPandey-i8j]

[7].I have seen this lecture today.I have completely understood all the concepts you explained in class. Your teaching method was very simple and effective, which made me understand everything easily. I am very grateful to you for your guidance and hard work. Your student, [Ayush ]...🫡❤️😊
3rd DECEMBER 2024....

[@gautamvarde]

Keep it up

[@priyankachaudhury9834]

Yes sir app ka teaching style ekdam mast heyy ❤❤😊

[@gautamvarde]

Thanks dear Priyanka for your appreciation

[@priyankachaudhury9834]

@@gautamvarde wc sir 😍

[@priyankachaudhury9834]

@@gautamvarde sir apke baje se aj mujhe electronics sab samajh agaya kyunki agale month mein Mera semester heyy

[@gautamvarde]

@@priyankachaudhury9834 all the best dear

[@PriyaChauhan-to3kj]

Thank you sir...concept ekdm crystal clear ho gya😊🙏

[@gautamvarde]

Great 👍

[@dakshpatel1769]

Thank you sir for your efforts😁

[@mahsanbilal391]

👍

[@devmendhiratta2553]

Awesome content
it deserves more views and subscribers 😊❤

[@meetahir4860]

nice teaching sir

[@gautamvarde]

Thanks and welcome dear

[@niragisheth7787]

thank you so much sir for your all efforts. Your all lectures are just amazing and easy to understand.
But sir plz try to provide us notes so that we can easily write questions in exam

[@meandmeme8142]

Wonderfull sir short precise and understandable.❤

[@gautamvarde]

Thanks dear for your appreciation

[@AmanGoyat-nn4rw]

If a resistance is connected in parallel then effective resistance decreases then how Rc//Rl value increase

[@gautamvarde]

@@AmanGoyat-nn4rw dear please listen the video one more time for clarification of your doubt

[@ManojKumar-fz4dc]

Respected sir, you made these topics very easy to understand 🤗🤗
Heartily Thank You ,Sir🙏🙏

[@gautamvarde]

So nice of you dear ❣️

[@sushilprajapati2501]

Great efforts sir , thank you so much ❤

[@gautamvarde]

Most welcome

[@crazygeeks9241]

Best explanation 5/5 👍👍
Thank you sir, 👌👌

[@gautamvarde]

Thank you dear for such humble words.
All the best

[@PranayKusuma]

𝙑𝙚𝙧𝙮 𝙜𝙤𝙤𝙙 𝙚𝙭𝙥𝙡𝙖𝙣𝙖𝙩𝙞𝙤𝙣.. 👍

[@devmendhiratta2553]

Thanku sir 🙏🏼☺❤

[@gautamvarde]

Well come dear Dev

[@devmendhiratta2553]

New subscriber sir 🙏🏼
Lots of love from up ❤

[@nafeeshahamad0831]

Please Sir single stage and multi stage amplifier per video bna dijiye

[@akritichoudhary189]

Great explanation sir ✨️

[@gautamvarde]

@@akritichoudhary189 thank dear for your appreciation

[@BARAIYABHAI101]

Thanks sir for best understanding!👍👍👍

[@gautamvarde]

Thank you dear for all such humble words for me.

[@nuirei4739]

Thanku sir🙂

[@gautamvarde]

Welcome dear

[@gkpower7829]

Thank you sir ❤❤❤❤

[@POINTOFP.N.D.-fu1ts]

Sir you teach very best pr aap Jo video step by step point likh ke bnate ho na theory ke vo bhut helpful hoti hai to sir ho ske to is type se hi video bnaye 😊👍🏻

[@TechnologyWork-w6f]

great job SIR G

[@gautamvarde]

Thanks dear

[@gaurangpatel6507]

Sir really very nice explanation.....

[@gautamvarde]

Thank you dear Gaurang for your appreciation.
All the best

[@nakshtra604]

14:45 sir if we connect two resistance in parallel, the equivalent resistance decreases na ?
So shouldn't the -1/(Rc || Rl) increase?

[@basantbansal6954]

Yeah I think that's why ac load line gets upper than dc loan line

[@basantbansal6954]

Btw which college are you ?

[@HarshEdits5509]

Maja aa gya ❤

[@JyotiShaw-hd6hq]

Sir aap bahut acha padhate hai ....and bahut ache se samjhate hai 😊......sir I want to request you if you can make videos on principal of electronic communication (PEC)....it will be very helpful ,.,..we have exams from 1st April so if you can ..., please help😊

[@rkhursheed7332]

Good job sir 👍🏼

[@gautamvarde]

So nice of you dear

[@Bthapamgr-zh9nn]

sir note ya important points likhte to aur helpful hojata .

[@RLDacademyGATEeceAndAdvanced]

Excellent teaching! Just one minor correction I have noticed. While you are discussing about ac load line, the value of Rc || RL will be less than Rc, and thus slope of ac load line (-1/(Rc||RL) is more negative compared to the slope of DC load line (-1/Rc). Otherwise good explanation! Keep making videos. I also help the students to understand electronics subjects, advanced signal Processing and Machine Learning, but in english. I would be happy to be connected with you.

[@gautamvarde]

Thanks sir for your appreciation

[@RLDacademyGATEeceAndAdvanced]

Welcome@@gautamvarde

[@ansariaburehan263]

Sir i have a doubt that in AC load line when you combine two parallel resistor then the result would be less than both of them.. So that Rc || RL will decreased.. It implies the slope to increase in negative direction

[@rahulvaishnav6536]

Thank you Sir

[@gautamvarde]

WELL come dear Rahul

[@TadarTugung-qc8ou]

Ic aur VCC current main ib kyu dikha raha hai?????

[@wildflower080]

👍👍👍👍👍👍👏👏👏👏👏👏👏👏👏

[@gautamvarde]

🫡

[@ramkumarpaikra5743]

Thanku sir

[@gautamvarde]

Welcome dear

[@FantasyRikendra]

Sir aap GTU Ka syllabus se padhate ho?

[@BanothuShruthi]

Can say the book name to read basic electronics

[@gautamvarde]

Basic electronics by B L thereja.
Electronics science by S Gosh
Elements of electronics by M K Shahu

[@shivamwadekar7807]

Common emitoor emitor ground la connect
Active , saturation region ,

[@badarishm3921]

What is the meaning of load sir

[@gautamvarde]

When circuit is connected with resistor is called load which consumes power or current.
Thank you dear

[@badarishm3921]

@@gautamvarde Sir is it like a device?

[@YuvrajsinhChauhan-v8v]

@@badarishm3921what non sense question is this

[@PiaChaturvedi-z7f]

🙏

[@gautamvarde]

😊

[@makwanajatin9450]

Sir aama if ni 2nd condition maa kaik bhul chhe chek kari lejo

[@janiharsh2882]

sir if we connect two resistance in parallel than its resistance should be decreased and sue to which m should be less negative value and graph will alter, so what should be the reason?

[@gautamvarde]

Dear Harsh sorry for the inconvenience but not possible to explain the concept in comment box.

[@laxmanghosh1474]

3rd sem electronic telecommunication group nai

[@prabhatshrivansh5794]

Sirji aapka no.please bataye❤🎉

[@yashparmar7780]

Kuch samaj me nahi aya pls wapas video banaye!

[@bishalyadav8621]

Tab padhai xordo tum Bhai

[@allcartoonnetwork3638]

Bhai tum English likhna chod do​@@bishalyadav8621

[@shivamnewarts291]

Basic clear karlo fir

[@surajmunda2742]

Saturation point and cutt off point is mentioned at wrong point

[@KartikSharma-jq1yf]

Sir apk o pdana nhi ata h

[@gautamvarde]

Sorry dear Kartik for your inconvenience.
I will improve my teaching.
All the best dear

[@KartikSharma-jq1yf]

@@gautamvarde sir plz improve and again topic dc and ac load line step byy step plz

[@ansariaburehan263]

If you can't understand anything doesn't mean teacher isn't good @karthikSharma

[@chsrinivasrao4753]

Thank you sir

[@crazyboyzvines722]

Thank you sir

[@gautamvarde]

Best of luck