Even though I'm not very familiar with English classes... I can say you are much better than my professor. Thanks for the lecture

Very helpful ☺️🎉

Wow! never seen it explained so clearly. Thank you Sir!

valeu, meu querido

Where are the other videos?

How to calculate the values of fi 1 and fi 3?

Thank you for this very informative explanation! How do you define the closed-loop bandwidth? Is it the -3dB decrease of the DC gain?

Appreciate it, thanks for the help:)

Thank you so much,it helped me a lot 🎉

Thanks

Thank you for the good video!

Thank you sir, kindly recommend a book

What if the C matrix is not 1xn dimension?

Hello sir i have a question. Can ı contact you?

Hlo bro...... How is it balancing can u tell me bro please

part 2:49-6:35: in the block diagram, I believe more understandable consider the actual values of input and output instead of previous ones; so, if we define the input as r(k), the output as y(k), the output of the gain block as z(k), the time-domain equation is: y(k) = r(k-1) + z(k-1) = r(k-1) + 0.95y(k-1).

thank u very much sir = sir please suggest a book

Great! Thank you 🙏

HI I would like to ask you what tab u use is it Appel or Samung Thanks

You are a genius. Thank you so much for this, saved my semester!

Text book ??

Is it possible to eleborate a bit on the reference feedforward when it changes fast? Would a proportional term as in a classical PI controller do the job? Then the complete system will become a combination of a classical PI controller and SV compensator. Would this work?

Great series really! Concise and up to the point!

Excellent series indeed! Thanks a lot Corne!

Hi Corné van Daalen, congratulations for your videos, they are fantastic! I would like to ask if you can advise some literature in the area of ​​discrete control. Thank you, and again, congratulations!

Thank you!

well explained thanks

thanks

Is this leunberger observer?

thankyou for this

It helped me a lot!!! Thank you!!!

can we plot z=-0.8 in s plane

This short fascinating course helped me a lot in understanding how to design digital controllers. I appreciate you, dear Corné van Daalen.

thank you so much sir

These is the greatest Finals review playlist for Chen’s Linear Systems Theory and Design. Thank you for the hard work you put into these videos

Very brilliant guidance sir

Great tuts

Wonderfully explained!

Hi professor I'm really interested in yours the way you teach and all the information you give I'm really appreciate it professor but have one order if you don't mind , could you please send me all your lectures as pdf . It's not enough to watch only I'm really need professor .

Do we have some suggestions to find the same theoretical part when D is not equal to Zero? Thanks for your help and support!

Dear Corné, Thank you for your videos. I wonder if you have any recommended Matlab examples that repeated or show these techniques. Just to practice the theoretical in Matlab. Best regards!

Hi! Thank you very much for this video!! It helped me a lot!

Great ❤️ sir

Very Precise and conceptual.. Thank you

Which text book to refer for proof

Does it have any sense to use a feedforward reference + integral control?

really love your teaching style: consice, short and easy to understand

useless video

Excuses me sir, can you tell why do we need to transform the SV model to another SV model

thank you <3