Lec-30 Compensator Design Using Root Locus Plots

[@MrWkirsten]

To simplify and break up the subject of Control Systems truly is an art! Thank you for your input, you are an amazing lecturer!

[@Nomad-87]

i missed this lecture in my collage i'm egyptian engineer really life saving 5/5

[@juhirani7018]

WE NEED PROFS LIKE U IN ALL IITS, SUCH A HUMBLE BEHAVIOR, AND NICE EXPLANATION

[@aquaimmy]

Thank you for the amazing video. I was starting to have root locus nightmares and now I have wet dreams with root locus.

[@csreddy1518]

wonderful sir. fortunate to have such wonderful teachers.

[@risme123]

Professor, your lecture style is most excellent. Thank you for clearing up a great deal on the subject for me. Much more clear now. Again, Thank you Sir.

[@aaj1415]

Very rich, informative and clarifies a lot of vague things. I was in trouble before watching this, I'm really thankful.

[@19hashan93]

Brilliant Lecture. Thank you Professor Gopal and NPTEL

[@anitham5436]

It's really excellent way of teaching sir...👌thank you👏

[@yeslinsequeira4612]

I found the textbook derivation of the circle part of the locus to be a little handwavy. tan-1 gives you angles only when the complex number's on the right hand side of the plane, and the tan-1 difference formula was applied without consideration of the constrain that the difference must be within -pi/2 to pi/2.

[@arunistic]

Fantastic professor. Really learnt quite a bit. Thank you sir.

[@same7yeahbaby]

such an energetic lecturer. awesome!

[@AlyMabrouk2012]

Clear demonstration and informative ..thanks a lot

[@orion2020]

this professor is a legend!!! awesome!!!

[@krtmddhs]

Catching Phrase " HELP ME PLEASE"

[@Mohaned1988]

thanx Very much sir i'm 4th class mechanical engineering from Iraq that was very helpful

[@pstark4]

33:00 approx: you have a hole, but you can discount it if the K value puts the poles in a dominant position respect to the hole(Real: z-p > 5p). That is the condition for using the second order system approximation. This has been driving me nuts, how to apply the no holes second order system to higher order system with holes.

[@vishalmishra7568]

49:34 "what are the points on s plane that satisfies magnitude criteria??"

[@infiniusnobelliusroy3201]

i think the -2 point will go down not up and the -1 point will move towards down..12:16

[@ninih2o]

thank you very much, this is so helpful! from UBC, Vancouver, Canada

[@alekhya777]

awesome vedio.... THANK YOU NPTEL:)

[@krtmddhs]

love the starting music

[@arpansuraviprasad933]

Thank you Sir,very conceptual.

[@mohitbhagchandani973]

As you said 'zeta omega n' is the real part, then what is the imaginary part???

[@saliltrehan4255]

omega d is the imaginary part

[@anuragagarwal5480]

We got this from 2nd order Characteristic Equation Roots.

[@kumarrahul1328]

Bhagvad Greta of control system. Thank you sir

[@jaymcneil]

very informative. good teacher.

[@radhe1394]

Awesome Video... Thanx a lot...

[@MeghaGupta_life_is_beautiful]

thank you sooooooooo much sir its really very helpful..

[@mecrajib]

Thank you Sir. Pranam.

[@chaitanyabalaga9830]

As open loop poles are points on root locus how could they satisfy magnitude criteria being having K = 0 Can any one help me... Thank you

[@thespectre2012]

Thank you professor.

[@balmukundag]

it was awesome....thankyou..

[@qwerty18041987]

sir this video is not working completly .Kindly look into the matter as early as posible.....

[@Chope89]

Very helpful, thank you very much.

[@ajathreya5005]

can anyone help. what is the difference between controller and compensator??

[@ajathreya5005]

Thank you

[@alterguy4327]

aj athreya Spelling

[@alterguy4327]

Pronounciation

[@yeslinsequeira4612]

They are the same thing I think. I guess when youre modifying the controller after-the-fact, to satisfy some metric that your basic design doesnt, you'd call your new controller a compensator ig.

[@DemetrisTziambazis]

awesome! very good thank you!

[@hagereethiopia8111]

it is very nice or good lec-note

[@TheAcstdesnhorw]

Very helpful,many thanks :-)

[@umeshaggarwal5959]

hats off..................!

[@rakeshkumarray1016]

very nice lecture

[@TheMr247]

Thank you. great help!

[@tacticoak]

Awesome....

[@anshul233]

superb

[@quahntasy]

*Help me please*

[@hassanraza089]

very helpful

[@manishroy5204]

thanku you sir.......

[@brikimbran]

thank you thank you thank you

[@NehaGupta-nz4ol]

Thank u..

[@prdrer2]

nice hair cut

[@mnada72]

Now again I got confused between open loop zero and closed loop Pole 🙃

[@bsb2799]

Video quality - 240 P Content quality - 4K

[@woo216]

that pyramid of giza

[@MrJicoro]

ผมมาจาก จ่าน๊อตครับ

[@canadaonly2]

@toro199999 Typical. What have the Egyptians ever built anyway?... ;)