Circuits I: RLC Circuit Response

This video discusses how we analyze RLC circuits by way of second order differential equations. I discuss both parallel and series RLC configurations, looking primarily at Natural Response, but also touching on Step Response.

[jimkim]

This guy is a genius, writing backwards the whole time while teaching dats crazy

[observer]

There's so many comments like this on youtube, but I have to make a statement. Thank you so much for everything about this video. You are a wonderful person for making this contribution to society. My college is unequipped to teach circuits, but they have to offer the class. The teacher is not great, there aren't any tutoring services available, and if I fail to learn this material I will not be able to transfer to university next semester. So much is riding on understanding this. The stress is unbearable. This video is honestly helping me out of a very dark place right now. Thank you.

[Prince-ltct]

WoW. I've spent weeks trying to understand this but I couldn't and with less than 40 minutes now I can have confidence to write my exams. Thanks so much!! Subscribed

[lennyatomz]

Thank you, Dr. Montgomery! This RLC explanation is, by far, the clearest and most concise I have ever seen/heard. I have been struggling with this topic quite a bit this semester, but I now feel much more confident moving forward thanks to your work. Thank you again, sir!

[JeffReams]

This was one of the best lectures on RLC circuit response I've found.
Well done ... thanks.

[xavierbolivar]

Thank you Dr. Montgomery, textbooks are great when you remember the pre-reqs. Unfortunately I forgot all of that and having a walkthrough of the differential equations part was a great help. Cheers!

[another-learner]

excellent lecture.

Our professor uses this method for this chapter which is different from the textbook's method. I've been searching for a lecture like this for a long time.

[zuhairalsaffar]

Sir you have given us a treasure of information about the RLC natural respons to much thanks for you 😊 😀

[ronschmith]

If you got lost at 13:12, he skipped finding dv/dt and d2v/dt2 which puts Ase^(st) in each term then multiply both sides by 1/Ase^(st) which leaves just s^2 +s/(RC) +1/(LC)=0

[prasadnithianandam]

This chapter is the death of me, but thank you, you helped.

[darinquintana]

so helpful. I can't stress it enough. you taught me what my paid college professor could not.

[fozsunar]

I saw couple of videos on youtube about this RLC topic but i can guaranteed that you are the best.I don.t need to go college to learn this anymore thanks to this videos thank you

[muhammadzohaibhassan]

Sir you r gr8 d way of your teaching is just " Fab " which helps alot during the studies. TQ

[OnlyOneDee]

This man his a real Doctor, wow do explanation sir

[alexgomes]

Thank you! Starting my research tomorrow and this video helped brush off my knowledge.

[cristianaguilar]

this video is actually gold. Perfect explanations

[vinaydesai]

video is superb sir, great explanation.
sir please explain what exactly angular response and neper response with the help of transient waveform

[gideonilm]

just perfect. Loved your video, man. You saved my skin.

[berniespy]

Great video! Explained very concisely and the visuals helped a lot. Only bit of feedback I would offer is giving a worked example with a more complicated circuit that needs to be reduced to series/ parallel form - maybe save that for another video.

[altuber_athlete]

Man, this video was extremely perfect. Great. Love you.