Darlington Amplifier Explained | Darlington Pair as an Amplifier

[@ALLABOUTELECTRONICS]

The timestamps for the different topics covered in the video: 0:19 Darlington Pair as an Amplifier 0:52 DC analysis of Darlington Amplifier 4:32 Small Signal Equivalent circuit of the Darlington Amplifier 5:30 Input Impedance of Darlington Amplifier 11:30 Voltage Gain of the Darlington Amplifier 14:11 Output Impedance of Darlington Amplifier 15:14 Current Gain of Darlington Amplifier

[@nabzero6528]

Is this pi model?

[@ALLABOUTELECTRONICS]

@@nabzero6528 Yes

[@nabzero6528]

@@ALLABOUTELECTRONICS can you have re one, im having problems with re

[@maxreeferr]

Thank you so much brother! I am struggling to learn this through online lecture from my college, because of COVID, but you put everything plainly and in very clear fashion. I will definitely reference your material in later semesters should I run into similar lecture problems!

[@TheRandomShow52]

Thank you. I am writing exams this week and this is very useful. My lecturers haven't taught very well this year and have not supplied any material while the university is closed. I'll update when I get results through

[@theseismicwavesmongolia7720]

Thank you for this! The video is very simple and easy to understand!

[@insideelectronics2203]

NICE AND EXPLAINED VIDEO , THANKS FOR THIS VALUABLE WORK

[@s.h.723]

You are very well spoken sir If you are open to some critique? I would suggest purchasing a better microphone and audio filter. The video is a bit difficult to listen too. Other than that? Nothing but compliments. Oh and you might want to invest in some sound dampening foam. Thank you!

[@shaikjeelan4290]

Thanks a lot sir, your content is more valuable.I really learned a lot from this

[@enesulasdincer7049]

Why cannot we say that Zo ( output impedance ) is just equal to Re from Zo = Vo/Io? Vo/Io is Re but you say Zo is approximately 1/gm2. Is it because that ı only consider right - transistor when calculating Zo or there is absence part in the formula ( Zo = Vo/Io ) ? I think that i am wrong but the both ways that calculates Zo are seem right to me. at 14:54 .

[@hieuo3073]

very impressive

[@kontiimanalatit8987]

What about the current gain of the other configurations? For example current gain of CB or CE CC

[@lakshmikanthpadakandla2221]

Good..👍

[@sangrampratapsingh4621]

Very good work sir thanks , Sir plz provide notes for basic electronics , diode ..and all

[@kesavanb3982]

Interesting video.. if possible can you please do the ac analysis for sziklai pair amplifier??

[@mayurshah9131]

Excellent 👌

[@hieuo3073]

thank you broooooo

[@agriculturalengineering8756]

Are transducers' videos available on this channel?

[@mnada72]

Kindly consider making a video on the internal design and operation of the op amp

[@ALLABOUTELECTRONICS]

Sure.

[@poojashah6183]

Salute👌🏻🙏

[@ComboHaji]

Thank you sir

[@kunalkadian6792]

You make analog as the easiest subject

[@CXTrung]

thank you sir! could you please turn on translate function in this video ?

[@ALLABOUTELECTRONICS]

Ok, will try to provide it soon.

[@wahabshah943]

What is Vt please explain it Value of Vt will be given in problem or not

[@ALLABOUTELECTRONICS]

Would you please mention, where you are reffering to in the video? It will become easy for me to answer your question.

[@kenappleman5444]

Thank you

[@thanhvinhnguyen6024]

Hey friend, no english subtitiles for this video huh?

[@ALLABOUTELECTRONICS]

It will be added shortly.

[@ALLABOUTELECTRONICS]

It has been added. Please check.