Routh-Hurwitz Criteria

Control Systems: Routh-Hurwitz Criteria
Topics discussed:
1) Necessary Conditions of Stability.
2) Introduction to R - H Criteria.
3) Method of Forming Routh’s Array.
4) Routh’s Stability Criterion.
5) Examples based on R - H Criteria.

Music:
Axol x Alex Skrindo - You [NCS Release]

#ControlSystemByNeso #ControlSystems #RouthHurwitzCriteria #RHCriteria

[rajavel_sa]

Neso Academy should take control of the Indian Education System

[Kapoompahpeempahpoompah]

Best news is finding out a new control systems video has been posted!

[tuhinsuryachakraborty]

I'm a mechanical engineering student with no background in electrical-electronics subject. I'm learning this for my semester examination on the subject Electro Hydraulic Control Systems, still I'm finding it very easy to follow and understanding it.
Thanks a lot Neso Academy for this wonderful set of lectures.
I'm grateful to it.

[PorlacrestaLolvide]

You explain everything so detailed and calmly, it makes the videos long but it's guaranteed that the viewer will understand. This channel is helping me a lot, thank you :)

[cyberneticsiren]

at this rate professors should just send these videos, they're basically coaches anyway, my showing up to class is activly detrimental to my learning because its less time for me to watch Neso Academy

[PowerShellWizard]

I wish i had this instructor for my control systems class. Very clearly explained and a fun review :)

[rosebluerobin]

Sir Aap YouTube Toh Kya Aapke Jesa Teacher Toh Pure Duniya Me Hi Shayad Nahi Hai...

[Raniaska]

This is the most clear and concise tutorial on RH Criteria, thank you so much!!!

[Nature.am]

MashaAllah Zabardast..
Hats off To You Sir Big respect from Pakistan ♥️♥️

[k.sandeepk]

You channel was the best on youtube for study

[VidVibes-rd]

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[sameermeshram]

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[imranshaikh-uiej]

Very good teaching method....thanks a lot.

[navyamalla]

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[tejasprajapati]

Please share frequency domain analysis videos also. Like Bode plot, polar plot and Nyquist Analysis.

[utilizator]

6:09 weird. I know that if a denominator polynom is a Hurwitz polynom, the transfer function is stable BIBO (because in a Hurwitz polynom, all the roots are in the left half complex plane).

[PunmasterSTP]

Routh-Hurwitz? More like "Amazing? Yes, it's!" Thanks for another great video.

As a side note, I was wondering why you couldn't just use Descartes' rule of signs to determine that a polynomial with only positive coefficients couldn't have any positive roots. Then I realized that it only applied to *real* roots!

[vineetkumarsakhare]

this a very good explanation.

thank you

[OaRaj]

Time response and frequency response ka v video upload kijiye plz sir

[Factopedia]

Hello
How to calculate number of poles on left side and on imaginary axis for 2nd example