Transfer Function to State Space Representation Example
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- Опубліковано 16 вер 2024
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Out of all the videos I found, yours was the only one who helped me understand it! THANK YOU SO MUCH!
💙💙💙
You're welcome!
You are a saint for making these videos. My fellow classmates and I appreciate you.
No words to explain your efforts, thank you so much.
So nice of you, thank you
simple, clear and straight .... many thanks ❤❤
You’re welcome!
Amazing, made such a simple and concise explanation, it seems obvious. Thank you so much!
Great! The only video with step by step explaination.
Glad it helped!
Good explanation but I believe there is an error, the 100-numerator coefficient belongs in the C matrix not in the B matrix.
Thank you miss 😊
You’re welcome!
thank youu!!! hope u r doing fine
what if there's an s term multiplying R(s)?
Top!! Very well explained 👍
thank youuuuuu so much ma'am
You're very welcome!
Thank you for this explaining
Wow amazing thanks sis
It helped a lot
Happy to help
Can u write the last results causes i didn't get it
Good explanation ma'am....
Thank you 😃
Tq u mam it's help me a lot ❤
you're welcome!
Thank you, maam! I Learned a lot!!
GOD bless!!!
Glad it was helpful!
what a great explanation
Glad it was helpful!
Thank you so much ❤
you're welcome
Very helpful video. Tks!
Glad it was helpful!
great explanation, thank you!
You're welcome!
lets say r(s) was being multiplied by 20s^2 +8s do they have to go on the left side ? And should we distribute ?
also what if this was a 2nd order transform denominator ?
Hi! I just posted another video that may help you with this: ua-cam.com/video/V1ym47us6g8/v-deo.html
i have a question, what is the method if we have a system SISO ?
Thank you❤
You're welcome 😊
Thanks a lot mam, very helpful
You’re welcome ☺️
Awesome video. Thank you a lot!!
Glad you liked it!
Hi I do have question. What if the my transfer function is like this
1/ 0.5s²+2s+1
Can i apply this method? Thank you
Yes you can
Thank you but I am very confused how to solve it because of the 0.5 in s²
I have a question if i may ask , I got a transfer function where the R(s) side is = 3r (second derivative)+ r , if I want to get C4 as in the video , i will move everything to next side but what happens to 3r^2 ? because my prof's solution shows that he removed it but and just left +r , but i dont understand the reason behind this
Hi! Please see if this new tutorial helps: ua-cam.com/video/V1ym47us6g8/v-deo.html
Thank you!!
You're welcome!
thanx
You're welcome!
If we have a mimo system with n*m transfer functions so we have multi column matrix B and multi line matrix C ,how we can handle it?
Thank u so much. very helpful
You’re welcome! Glad it was helpful.
you just fast put the co efficient values on the matrix due to which we could not understand
I agree
Thanks!
Welcome!
thank you
Welcome!
great thanks
You are welcome!
thank u so much...
You are welcome!
What is the model of that pen?
They are the iBayam pens shown in this blog post. :)
engineeringwithstyle.com/best-note-taking-pens/
mam i could not understand matrix concept
What part needs more explanation? If I make another video on this topic I'll expand on that part.
too sorted :)
niiice... 🤗
Thank you!
useless