Electrical Engineering: Ch 3: Circuit Analysis (29 of 37) NPN Transistor Current Gain

[@michaell4527]

other teachers just make it sound complicated like they don't want you to learn right away...not this guy... thanks sir

[@mcchong7]

Same here :(

[@abdullahiahmed8935]

Kkkkkkk very funny

[@reeseyme9613]

for the first 30 sec i know this will be a good lecture in comparison with my lecturer's

[@Homophobic0218]

agreed 👍👍

[@المعلومةالخفية]

I studied this 25 years ago,,, wow bring back memo I love this calculations

[@baraaahmad7738]

ok

[@abdelatifmariche8771]

the only one who simplified the idea of a transistor for me good jib sir :)

[@quocdai79]

Wow, Now i can understand what is B in just 4:31 minutes. Thank you !

[@eddie2378]

Thank you very very much. You are the best teacher ever.

[@Misc_useful]

Our electronics teacher was waste.. Salute to you sir

[@albertvaldez2669]

I'm here for the theory, and this guy give me math!

[@garrysingz0195]

Love And Respect From India.. Really Liked This Video A Lot...!! Keep up The Good Work.

[@MichelvanBiezen]

Thanks and welcome to the channel!

[@nishantsinghnegi]

pedagogy is at suprimum level. tooo much of ease. thank you for giving us the time. really appreciated. lolove fromm INDIA :-)

[@stefanobeni7162]

This man is a genius!

[@StephenNu9]

Very nicely done. The Beta gain you illustrate has similar properties to some computations I was doing earlier today. If you consider a bike, the ratio between the petal sprocket and the rear wheel sprocket creates a multiplier gain that then turns the rear wheel.

[@betulyapalkan5532]

Thanks !!How can I change value of I_dss and V_p in mosfet?

[@bikashsharrf6468]

u r multi talented ... thank u so much

[@tupai62]

hi..is it compulsory to put resistor at the base for the transistor to function?..how about if not put resistor?

[@MichelvanBiezen]

It helps to control the current to the base. (It is not compulsory, but we typically do so).

[@tupai62]

Michel van Biezen what happen to the transstor if not use resstor, is it the transstor will burn or damage?

[@Jair_inacio_Neto_Teixeira]

I'd like to have such a great way to explain stem topics... Still trying. Thank you professor for your lecture

[@MichelvanBiezen]

Thank you. ( I have been doing this for a very long time. ) :()

[@AtheismLeadsToIrrationality]

I liked this vid before even watching , i trust him

[@cheerladinnemouli2864]

Thank you very much sir.good lecture keep on upload the videos on this subject

[@burlapse4113]

beautiful lecture

[@paulmuriungi7942]

What a lecture 💕💕 , how I wish to meet you one day , much love from Kenya

[@MichelvanBiezen]

Glad you found our videos. Welcome to the channel! 🙂

[@VoidHalo]

Wow I've been trying to work this out on my own for days. Watched this for 30 seconds and suddenly it clicked.

[@RD2564]

Good algebra problem Michel, good practice problem for anyone young or old, appreciate you showing it. I have worked it a few different ways and quickest way I have found is to see that all 3 equations have Ic in them, so sub Ie = Ib + Ic for Ib and Ie to get all 3 terms in Ic, the Ic's cancel, 2 step process instead of 3 steps for other solution methods. Great stuff!

[@gabrielemastro7918]

Wich difference is there between beta and hFE? Actually they have the same value... but they are different... in what is it consist of?

[@MichelvanBiezen]

They are 2 different names for the same thing.

[@gabrielemastro7918]

@@MichelvanBiezen pheraps Ic=beta Ib ignores the revers current Icb0... viceversa hFE takes count of this in "forfait"... so Ic=beta Ib is approximated expression becouse the correct is Ic=beta Ib+ (beta+1)Ic0 ... indeed, Ic=hFE Ib is not approximated......

[@gilbyadams7360]

Respect from indonesia. I learn how transistor gain in Emitor

[@vedant8041]

Thanks a lot ! Your videos helped me a lot :) Pls keep up the good work!

[@kishorhake3864]

Very nice explanation sir

[@MichelvanBiezen]

Thanks and welcome 🙂

[@carlosdominguez7088]

Excellent explanation! Thanks!

[@MichelvanBiezen]

You're welcome!

[@sathvikmalgikar2842]

Great sir amazing information

[@Nocturnes1984]

These aren't in the list on your website :)

[@MichelvanBiezen]

Yes, we still have to backfill some of the newer videos. Thanks for letting us know.

[@rovshanabdurrahimov5892]

could a human give a dislike for this video? i see that there are some they are not may be

[@runforitman]

Rovshan Abdurrahimov Probably either like bots disliking random videos so KZbin doesn’t catch onto them or just some people that randomly found this and don’t understand it

[@MRAXELGRINDER]

FANTABULOUS

[@ranaaliimran8479]

Really great 😀

[@MichelvanBiezen]

Thanks 😁

[@mishakmanuel1115]

How can I access from The first chapter please

[@MichelvanBiezen]

All 500 playlists can be found from the home page of the channel. There are also videos explaining how to find all the playlists.

[@mishakmanuel1115]

@@MichelvanBiezen thanks so much, I've seen them, really helpful! God bless!

[@villag9942]

transistor saturation cheak given knee voltage 0.2 voltage bita 50 Rb 10k Rc 1k VCC 10V VBB 3V how to solved this problem

[@KevinLuke89]

Thank you for sharing!

[@hamthanbazeer4976]

Very nice sir

[@kubrayldzl2640]

Thank you teacher

[@marufm8195]

thankyou.

[@tcovena]

very clear and easily explained, thanks!

[@ChueyMr11]

Thanks so much for going through the math and explaining the relationships. Good job!!!

[@JRBElectronics]

thank you sir

[@joesleep8082]

I like his face at the end :)

[@mhdmouazawad8464]

nice

[@tıbhendese]

welcome to electro line

[@igorkostin5280]

This was an exemplary lecture, but the scarlet bow tie was acting on me like a laser pointer on a cat.

[@willyrivero470]

Great explanation but I had to watch it two times because your tie distracted me.

[@christiancaldwell9805]

I love you.

[@bobjerome5390]

hi a dress like you wearing bow tie i got a tie in a drill stand a long time ago i wish there was a lot of easy video's on parts and how they work for new bee;s with out all the hard tec talk

[@nsyamimisazali8140]

please be my lecturer.will email students application soon :)

[@ali-qp8ed]

wow🤎

[@MichelvanBiezen]

Glad you liked it. 🙂

[@danjason2167]

you lost me at hello

[@sougataghosh4519]

Very nice sir