Thank you so much.

how you can make colored symbols in the diagram

From where you get the building blocks? please provide the ink

This video is a gem. Thank you for all the hardwork. From a dying PhD student.

How can this transfer be used to design the controller.

Thank you.

Hey! Thanks for the video. Why did you assume that Vhat_{in} = 0 when you do superposition?

Hi Spencer first off there is only one word to describe this video and that is "beautiful".I do have a question though, I am performing steady-state analysis for a multiple-input DC-DC converter to get the steady-state equations and then I want to perform small signal analysis. The converter has three switching states instead of 2, to derive the steady-state equations do I do the same process i.e: 1) Perform circuit analysis and get the voltage equations for the inductor and current equations in each of the three switching states. (I do have more than one inductor and capacitor though) 2) Use the cap charge and voltage second balance and this time add the values for the three states together 3)Insert the hat terms and perform small signal analysis. I would love to have your feedback, and if you are interested in seeing the topology I would love to send it to you. Please advise.

Thank you very much for the very informational video and the free premade symbols set!

Hi Spencer, I found your videos very helpful but I have one question in my RLC circuit that it contains 4 nodes each has 1 capacitor in parallel and inductor in series so could you help me how to find the state space model? I can email you my circuit,.

Thanks @Spencer Cochran. It is very helpful.

Thank you for your lecture. But I don't know what if rL=0, because I can't run with matlab code in this case. Hope you can explain it to me. Thank you so much

Please how I can obtain on the transfer function of (Vc/d) and (iL/d) with small signal average mode.

Hello Thank you for these videos, its very helpful Please, can you send me a copy of this pdf

You haven't posted any new video's

awesome video :)

Thank you so much

Thank you very much for sharing....

Thank you, this is very helpful.

Thank you so much. can you have any IEEE transactions templates

But why, when you have Circuitikz

Dont know why but small channels like yours have really good content. Thank you so much for your contribution with the drive. Now i have a good set of tools to start making my own drawings. 😊

How did you get the building blocks at the first place?

Hi ! Thank you for video. But I don't understand a point. Page 4 Sampled time Description. How did you find equation first and second?

This is super helpful!! Thank you!!

Do you have an episode for a cascaded boost converter with a single switch?

Hi where can I find the steady state solution for buck boost converter?

Thanks heaps, great video.

I really appreciate your help!

Very helpful video. This is my first youtube comments.. :) I'm really looking forward to your next video. Cheers from Korea.

hii...How can i get those Building Blocks in my desktop appllication of Inkscape..? TIA..

thank you so much, helped me a lot!!!

"The next thing probably we should look at is how to draw-I don't... I'm probably saying this wrong..." and then pronounces "Bezier curves" perfectly hahaha

why you have mentioned - (minus) sign in Vout in super position theorem in downloadable file in page number 2 ? please tell me. I am confused

Very helpful video. How can we access future videos(ep. 03 etc.)

If I would like to consider rc for the capacitor, I don't see any problem to continue using that 4 basic equations defined for D and D'. And so the small signals equation and the average steady state DC equations. Can I continue to use the "combined" small signals circuitry and just replace 1/sC with (1/sC + rc) when calculating Vout?

PLEASE SHARE BUCKBOOST Converter derivation

NICE WORK SIR.PLEASE SENT the buck-boost converter state space model

can you please say how to set a big picture for breaking 2 columns but writing will remain in 2 columns as usual.

God didn't send angel to me. He send you to me. BEST!!!!!!!!

Thank you! straight up info

Thank you so much! This is very helpful A few things I could suggest are: 1. Instead of moving everything to layer 1 from layer 1, you could just select the white rectangle and send it backwards (using the 'end' key) 2. The alpha, beta, gamma symbols can be directly inserted using the unicodes (using the menu Text -> Unicode Characters, then searching for greek symbols). You can search once, and copy them into your reference board.

Thank you so much, it's very useful.

Bro , you have earned a sub

U did great anything like this for the Vienna rectifier PFC

This is golden. Thanks muchly.

really useful tutorial, appreciate and don't forget o thank your Mamma! 1:16

Thanks mate!! Cheers!!!

The text problem can bem fixed by exporting pdf + latex file.

Thanks for sharing the document with the elements. Really useful!