How to Calculate Gain and Phase Margin and Cross Over Frequencies From a Bode Plot

[@n637]

Can't thank you enough. Hours long video was completed within 4 min. Thanks mate. Keep up the good work.

[@l8king900]

what i couldn't understand in hours of research i understood in a 4 minute video. Don't know if i should be happy or sad, but thank you for explaining it so well.

[@infectedzombieguy]

This is really helpful. This helps a lot for my Dynamic Systems and Control final. Thank you for the informative, concise video! :)

[@MrPopelli]

Shouldn't it be degrees for the PM? Helped a lot thanks!

[@danielkifle7173]

I am thinking the same

[@nipunsenarath1561]

no-nonsense, kill the point, excellent

[@MonPokiNL]

thank you so much, saved me so much time...!!!

[@SPeeDKiLL45]

clear and short !!! thanks!

[@TheCompleteGuide1]

Glad it helped. Thanks

[@ramniteeshk551]

Thank you very much man that's crystal clear 😍

[@prydin]

Two errors: Phase margin is in degrees, not dB and the difference you're looking for is along the X axis, not the Y axis. Other than that, this is really well explained!

[@lama6542]

my god what a beast! thanks for the help

[@AmirKhan-o3w5d]

Thank you very much you are a life saver

[@andrewdavies5722]

phase margin is in degrees. gain margin is in decibels

[@duddillakapish3281]

I was thinking the same

[@arpankhatua2647]

Nice tutorial😊

[@shrinivasiyengar5799]

The most important information that I came to find here was which transfer function are you looking at when you want to find the GM and PM? It definitely is not the closed loop TF. I remember reading that it is for the loop transfer function C(s)*G(s)

[@Ney_____]

Wooow this was so helpful

[@mr_cool2004]

what is this application to measure the points , ia it a app or software please mention...

[@Fiction_IN]

Thank u man. 🙏

[@pratosh666]

Are you from Norway!? This video is perfect to understand!

[@haythemoldaccount7953]

UK probably, scotland i think

[@pratosh666]

@@haythemoldaccount7953 Beautiful

[@mohamedaslam7990]

Thank you for clear description

[@gautierreynes9237]

Thanks, very good explanation

[@nancyasante5605]

Thank you so much! A simple but efficient explanation!

[@pratosham.c8539]

hey how did you get the blue lines when u clicked there??

[@Ney_____]

Keep up the good work

[@TheCompleteGuide1]

Thanks

[@e321-g4q]

Excellent.. ty!!

[@maurickmt3362]

The phase margin should be reflected un degrees nor in db. There is an error i'm the last minutes

[@eliskapaulikova1219]

Thank you so much

[@sagarmodi2040]

I think there is typo at 4:19, the phase margin is a phase and should be shown in angle not dB. Otherwise nice representation.

[@infiniusnobelliusroy3201]

Unit of frequency will be rad/sec,not hertz because units are in decades,but by and by it turns out to be hertz,so its okay in a sense.

[@Stat1onary]

Is the phase margin in decibels really?

[@Sorest2]

no, it's in degrees, that's a mistake.

[@treystrongz]

What is the software that you used?

[@TheCompleteGuide1]

I plotted these in scilab. It's free.

[@antispiral8508]

What is this website?

[@mareysaad6597]

Thanks sir

[@andreithesea]

root locus pls

[@TheCompleteGuide1]

Definitely. On my to do list.

[@Etarlam]

Maybe a good informative video IF the title were correct. Here gots nothing CALCULATED, just read...