Transistor as an amplifier and as a switch (PHY)

[@sunidhisen6871]

Evry point having a xplanation....vry much helpful...thank u

[@sahintaufika2714]

Hearty thanks to your whole team ... HC VERMA sir ...great teacher

[@msivaramireddy5847]

You will enter into students mind and teach in a special way ,thanks you sir

[@baranidharanthirumalaivija9248]

At this time of pandemic...all ur videos has helped a lot...thank u so much sir...gem teacher...keep going sir...will surely share this with as many as possible

[@adityajawanjal3956]

Yes I agree your statement because in pandameic situation every student has been not focus on study but now lectures of h c verma has been helpful for all people and student

[@Stranger7897]

Sir u r just awsome. your lectures are explained in very deep and in very simple manner. Thank you for providing such lectures.

[@rashisrivastav149]

Tremendous work sir......
BEST TEACHER IN WORLD HISTORY.👍

[@voldemort_3]

Fully explained in the most elaborate manner

[@siddharthranjan1311]

A diamond teacher

[@thegreatwonder4260]

Best lecture ...yahan pe pura samajh aaya

[@_sekharreddy]

Very clear explanation sir.. U gave reasons to all phenomenas.. Very easy to understand.. Thank you so much sirr

[@dhruvinvekariya975]

That music
Mujhe laga abhi Tom&Jerry
Ayega
😂😂😂😂

[@shashiranjan71]

Beautiful lecture sir
Thank you very much 😊

[@ankitnishad3320]

27:19 --- Transistor as an amplifier

[@shankeykumar2742]

Even after passing btech 3 years ago,I am still confused about it ,but your lecture crystal clear my concept.Thanks guruji

[@mbbslessons]

Thankyou so much Sir. You are God of Physics.🙇

[@dhrubajyotimandal]

42:48 Transistor as a switch

[@pritammaji670]

Thanks re bhai

[@mohamedismail6273]

Nandrinda

[@nahianislamashikashik6466]

42:12 What does it means-"For an Transistor Beta AC & Beta DC are similar. If we are in the comfortable revise biased & forward biased zone"

[@waniatharwani6273]

Explanation is osm

[@kalpananagabandi1781]

19:32 the circuit is said to be on junction and reverse biased but we see that vce is across n-n emmitter and collector

[@korigamik]

Are you stupid?

[@kumarvaibhaw5574]

You dont have to bias collector emitter you have to bias collector-base in reverse mode. for that you can keep Voltage across CE higher than Voltage across BE

[@NoNeedtobeKnown4u]

Great Sir very well explained 🙏🙏

[@vikaskadian461]

One of the greatest teachers...🙏🙏🙏🙏🙏

[@AbrarManzoor]

Best video on transistors

[@vrihenarora1830]

Gem of a teacher

[@subratapradhan7380]

Very much helpful sir.

[@mullapudiraghuram850]

The explanation is amazing
It helped me a lot sir....
Please keep this healthy activity going on
All the best to you your team and you sir💗💗💗💗💗

[@sworld1276]

Legend

[@lawliet2263]

Im from iit Bombay and this lecture was helpful

[@nasirmaqbool1624]

Thankyou very much.it helped me a lot

[@goclip9381]

Where can I find the next Lecture?
Is this the end of this series by HC Varma Sir.
I have been searching for the remaining lectures.... but haven't found it...
Help me out.

[@parasadhana4431]

Is it enough for jee advanced level

[@souravmukherjee8114]

Awesomene

[@mbbslessons]

Sir please make a lecture on tangent law and tangent galvanometer.

[@vijayab6264]

Very much thank you sir..

[@682sunidhibhardwaj7]

awesome

[@viratiandhruv3288]

H.C Verma Sir 🔥🔥

[@kishoremulupuri113]

Sir if negative peak (AC)is applied at base of the transistor what is the electron direction..

[@cosmos2794]

sir, im having trouble on that equation explaining the relation among the Vcb=Vce-Vbe .How ? 18:06

[@cosmos2794]

@gaurav singh actually u can apply this concept to mains also these are actually the basics . However im now in Bsc. physics .

[@cosmos2794]

i guess after bsc u can get into iisc through entrance exam .So ,im for now in an autonomous college.

[@akankshamaurya5897]

Me also??☹️

[@akankshamaurya5897]

Explain me

[@cosmos2794]

@@akankshamaurya5897 i guess if u put a simple transistor diagram u can check the potential differences and there u can see potential difference between collector and emitter equals potential difference between collector and base plus potential difference between emitter and base

[@abhishekkumargupta3542]

Old teacher is gold

[@tarannumjahan1497]

I'm so grateful for this. Thank you.

[@picentresatheesh2048]

Thank u sir thank u very much ❤️

[@aswinselvakumar6837]

Thank u so much sir ❤❤❤❤❤

[@parasadhana4431]

Is it enough for jee advanced level

[@huzaifa640]

Physics wallah vs hc verma???
Both are legends but who is d best 🤔?

[@Wowlookinglkkeawow]

shut up👀
don't compare *teacher* with businessesman
shut the legend up

[@79shivangi30]

Thanks a lot sir

[@khonikerotithi05]

Legend....

[@poojaagrahari8232]

Sir ! Please make a video lecture on spherical and cylindrical harmonics

[@ashaqhussain4422]

Sir Ur r ultimate genious teacher sir understand Islam

[@sugumaran2238]

Thank you sir

[@waniatharwani6273]

Thanks Sir

[@madeformed9189]

The best

[@madhuradeshpande8082]

Thank you so so much

[@animikhdas2688]

awesome lecture

[@balkrishnabrahmacharimayum1137]

Nice sir

[@vaibhavmishra6006]

👍👍

[@nikhilgoyanka]

Thank you so much sir.
Tomorrow my quiz of EE101
I am from IIT GUWAHATI CSE

[@umakanthbagdalkar7678]

Brillant explanation

[@extremegamer5611]

Connected thu thee emmitther

[@sljexam]

Nice lecture

[@jatindhanuk1183]

It's helpful

[@fizziology2288]

God like.

[@smileitawaydude8882]

19:52 22:59

[@smileitawaydude8882]

21:55

[@smileitawaydude8882]

23 :34

[@ajayrathi5273]

Sir npn PNP ki direction me always confusion rhta

[@Rohit-tz6gs]

Being an electronics engineer. I am eligible to answer your question clearly. Bhai PNP me yaad rkhna hemsha Emitter me entr krta h..Base and Collector se niklta h..Ie = Ib + Ic....NPN me hmesha Coleector and base me enter krta h ..Emitter se bhar niklta h..Ic + Ib = Ie...kuch bhi ho je Collector nd base ka sum eMITTER curent ke equal hga.

[@akankshasachan6119]

see current always go from p to n ok
and emitor base junction is always forward biased remember it you will never be confused

[@Rohit-tz6gs]

@@akankshasachan6119 emitter base junction is not always forward biased. Emitter base junction is in the reverse biased mode in the case of Cut off region and it is also in reverse biased mode when a transistor is used as an attenuator. It all depends on how we use a transistor.

[@maheepmanitiwari623]

Sir please explain in Hindi

[@koushik095]

Studting theory & watching lacture of the same teacher, is 🤍🥺

[@mohamedismail6273]

Ur vlog is funny 😂 delete it

[@alefiyaraja3419]

Englush op