- Видео 41
- Просмотров 435 160
Professor Curtis Meyer
Добавлен 23 июн 2014
This channel provides introductory lab videos for the Introduction to Electronics Course taught at Carnegie Mellon University.
Видео
Input and Output Impedance with Negative Feedback
Просмотров 19 тыс.7 лет назад
How negative feedback affects the input and output impedance of op-amp circuits
Negative Feedback with Operational Amplifiers
Просмотров 43 тыс.7 лет назад
Using negative feedback to stabilize the gain of an operational amplifier.
Input and Output impedance of the Common Emitter Amplifier
Просмотров 14 тыс.7 лет назад
Input and Output impedance of the Common Emitter Amplifier
How to Keep Your Electronics Lab Book
Просмотров 3,3 тыс.8 лет назад
How to Keep Your Electronics Lab Book
Lab 1: I-V Curves of Passive and Active Elements
Просмотров 5 тыс.8 лет назад
Lab 1: I-V Curves of Passive and Active Elements
Chapter 5: Setting Up An Emitter Follower Circuit
Просмотров 34 тыс.9 лет назад
Chapter 5: Setting Up An Emitter Follower Circuit
Lab 12: Digital Circuits and Logic Gates (Part 2)
Просмотров 6559 лет назад
Lab 12: Digital Circuits and Logic Gates (Part 2)
Lab 12: Digital Circuits and Logic Gates (Part 1)
Просмотров 1,1 тыс.9 лет назад
Lab 12: Digital Circuits and Logic Gates (Part 1)
Lab 11: The Transition from Analog to Digital Circuits
Просмотров 4,2 тыс.9 лет назад
Lab 11: The Transition from Analog to Digital Circuits
Lab 10: Operational Amplifiers with Reactive Components
Просмотров 8289 лет назад
Lab 10: Operational Amplifiers with Reactive Components
Time-Dependent Voltages and Complex Notation
Просмотров 8389 лет назад
Time-Dependent Voltages and Complex Notation
🔥🔥🔥
You have a wall of shame? No smoke...
Ty
thank you very much
Well done, Professor!
Great explanation explaining all the aspects professor. 💯
someone could please indicate me the video in which there is the demonstration that vb is a copy of ve, i cant find it
Textbook?
Thank you very indeed Sir. That was a first class of work.
This instructor is misleading his students.
Thank you so much. I'm learning at 68.
Crystal clear
there is no voltage drop without a branch.
Topic spelling wrong. It should be "Comparator".
sir at 4:23 you measured the voltage across resistor and drawn the vi curve for inner circuit why
clear explanation, but I want to know more about NIC application.
A senior citizen who likes tinkering here and want to say thanks Professor for the informative video.
based
perfect explanation 👍
👍👍👍🎖️🏅🎖️
Excellent sir
Wall of Shame is a nice idea
great content !
a gold mine prof !
finding this is like finding the holy grail I swear
Thank you so much Walter White😊
So nice thanks sir
The world's best ever
The world's best teacher thanks sir
thank you Sir
thank you so much professor
It's now insanely clear what the two different "gains" are being applied to a circuit... i.e. open loop "gain" and the final net gain
5 years on and only 346 likes ( including that of mine). I wonder are all of the rest so enlightened on electronics?
This professor is a real Godsend, I tell you!
common with what?
Perfect presentation and demonstration dear prof 🙏 thank u so much
I E = (VE + Ve ) / R E = ?
legend
Just to reiterate "The emitter voltage is just copy of the base voltage" --> The ac voltage of emitter is copy of ac base voltage 🙂
This still confuses me - 4:50 What happens at the BE junction during a small AC signal? Does it just short - or how else would they become copies of each other? The way I understand it now (probably wrong) if we were ignoring the 0.65V and make an approximation by replacing VE and VB (since they differ by 0.65V)
Superb video, that last 60 seconds of the video made really made it click for me. Thank you for taking the time to share
Great explanation Thank you so much professor
شكرا على الدروس .تحية طيبة.
Good
You are not Mr.Meyer You are a MAYOR
Is the output AC or DC ? ..or both ?
Thanks for your amazing explanation❤❤
at first i thought he is just like my uni professors old and boring but man oh man he is such a great teacher... i would top my class if i had teachers like him
My is the complex collector current equal to the emitter current?
it took him 10 minutes to explain this to me crystal clear and it took me 3 years in electronics to learn what on earth is an amplifier. This man is the best.
This is great. Been searching for a good explanation. Thank you