You are too kind. It is great to hear that these videos are helping someone on his quest for knowledge. You are the first one to comment in three years since I posted this message. Out of 17,256 people who have seen it ... that one person, you, found it useful has totally made it worth it. Thanks!
I am a returning student to school (grad school) so it has been a while since I really had to do any of this. Your videos are a great refresher and they are very well done. I wish you would have been one of my teachers when I received my undergrad. Great job!!! I am now in the process of looking at many of your videos!!!
I spent two hours trying to figure this out by reading examples, and watching two of your 7 minute videos cleared it up instantly, which saved me for a final. Thanks so much for posting these tutorials, they just couldn't be better.
You're the best. I'm taking this class with a teacher who's never taught the class before, so it's been a bit tough to follow. A couple of your videos cleared up weeks of lecture. I couldn't be more appreciative. Thanks!
wow, couldn't thank you enough!! first video was great and I just started watching the second. I wish you had some videos on "basic RL and RC circuits" too!!!!
Yes, Mr.Polgas733. But there is a caveat. Of course you can use KVL for the output node ... AFTER you have solved already the circuit: to compute the output current of the op amp; but never during the initial stage of the solution. The reason is simple, before solving the circuit, we have no information on the Io of the op amp, so there is no way (YET) of writing a complete KCL.
You are too kind. It is great to hear that these videos are helping someone on his quest for knowledge. You are the first one to comment in three years since I posted this message. Out of 17,256 people who have seen it ... that one person, you, found it useful has totally made it worth it. Thanks!
I am a returning student to school (grad school) so it has been a while since I really had to do any of this. Your videos are a great refresher and they are very well done. I wish you would have been one of my teachers when I received my undergrad. Great job!!! I am now in the process of looking at many of your videos!!!
Posted years ago but this is one of the most informative videos about op amp. Thank you for uploading :)
Glad it was helpful!
I spent two hours trying to figure this out by reading examples, and watching two of your 7 minute videos cleared it up instantly, which saved me for a final. Thanks so much for posting these tutorials, they just couldn't be better.
I do not know how to thank you.
You're the best teacher in the world.
I love you so much
Amazing videos....You should be our teacher. Our prof is wasting our time in class .....THANK YOU GOD BLESS
You're the best. I'm taking this class with a teacher who's never taught the class before, so it's been a bit tough to follow. A couple of your videos cleared up weeks of lecture. I couldn't be more appreciative. Thanks!
wow, couldn't thank you enough!! first video was great and I just started watching the second. I wish you had some videos on "basic RL and RC circuits" too!!!!
you are a god amongst men. thanks for clarifying this up for me
great videos! and thank you very much.
I,m happy to have found your splendid work. I´m watching it
from spain
This was very helpful for my microelectronics summer review, thanks!
You're a great instructor! Thank you so much for these videos!!!
thx Sir lineares for this great job.I learned a lot watching you videos.
not helping someone they are helping many of us :)))) thanks very much for this explanation.
you, my friend, are a legend!!
Thank you! I like them too, most of them :)
Good luck with your graduate work and thanks for the comments.
Your videos are great!
Great Lectures! I enjoy your stile !
Keep up the great work, thanks!!
thank you very much for the videos, they are very helpful !!!
thanks a lot teacher. regards from china!
Thank you! 😃 And thank you for posting where you are writing from.
Yes, Mr.Polgas733. But there is a caveat. Of course you can use KVL for the output node ... AFTER you have solved already the circuit: to compute the output current of the op amp; but never during the initial stage of the solution. The reason is simple, before solving the circuit, we have no information on the Io of the op amp, so there is no way (YET) of writing a complete KCL.
thank ,very good explanation ,I like your mode ,excellent¡¡¡¡
Great, thank you....
sir thank you so so much...i mean now i really know how they work... i wud recommend ole of my friends to watch this awsum vedio...thnxx a lot sir....
Muchas gracias soy de Perú
Thanks as well!
Good video
Glad you enjoyed
Professor...at about time=5:00 you mention a "gauss surface" for the node containing Vo = -8 Volts...could you explain...thank you
Have a look at ruclips.net/video/omSrIbJLk9c/видео.html
keep going... :))))))