Stability and Pole Locations

[@haolunwu3620]

This video is amazing. Thank you a lot.

[@hhorace100]

DarrylMorrell, Thank you so very much. In class, I kind'a feel dumb, but I always understand your videos at once, you indeed are a great teacher.

[@saddam796]

your way of explaining things is awesome !!! I understood every concept crystal clear !! Thanks !!

[@aaronbrown5388]

This guy has so many helpful videos.

[@mailtoponnu2011]

Sir, does ROC has anything to do with stability

[@edwardquarm1415]

Hi ,thanks for the video. What if we have both a pole and a zero at the origin?

[@andrewdavis6191]

Hi great video thank you! I have a questiion though, I don't understand the idea of poles in the input, aren't pole and zeros describing the transfer function behavior to inputs?

[@youmah25]

thank you thank you thank you

[@GRP0]

Hello, great video. Are you going to make any presentations for discrete-time systems?

[@nikosktistakis9104]

Sooooo well explained!!! THANKS!!!!

[@DarrylMorrell]

The stability condition for discrete-time systems is that all poles lie within the unit circle in the z (Z-transform) plane. The video is for continuous time systems, so it does not address this.

[@vegardnybakeri8148]

Thank you anyway. Now I get the difference, which was why I was searching for your video in the first place.

[@sakeekawsar4003]

Thank you!!It was really helpful!!

[@GRP0]

Thank you

[@mzaeem9]

what is meant by z-plain lie on unit circle for stability condition

[@Mr21276]

Thank u very much :)

[@DarrylMorrell]

I recently made a series of videos on discrete-time signals and systems. Check out the playlist "Discrete-Time Signals" on my channel page.

[@omniaazooz8009]

Thaaaanks

[@mzaeem9]

Thanks... DarrylMorrell

[@prakharjain3211]

its very difficult to understand,,please speak fluently

[@robinmaikle9212]

Can't afford conventional circuit simulators? Pin Point: androidcircuitsolver/app.html

[@mehulchauhan385]

Voice is boring,slow, irritating