PID Controller

A closed loop control system for position control is comprised of proportional, integral, and derivative circuits and is often referred to as a PID. Watch this video to learn more.
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Simulations provided free under a Department of Labor grant awarded Eastern Iowa Community Colleges. To learn more visit www.eicc.edu.

[@KresoZGcro]

Best explanation of PID for now.Finally I understood the point of Integrator or "past value"

[@marlinli1653]

Agree ! It's the best video to explain PID controller I've ever seen.

[@vicentetuma628]

It's simply the best explanation I've ever seen.

[@coloradowilderness3139]

Wonderful . Very nice animation and explanation.

[@monolito8556]

Beautiful explanation and animation, thank you so much.

[@getachewazanaw8310]

thank you ! for this crucial video tutorial

[@theflyingdutchman787]

Best explanation! Thank you.

[@75whitehawk]

very nice presentation. thanks for sharing it.

[@stanislavtoman8110]

Very good illustration of processes

[@kounnachannel7578]

Best explanation of PID for me thank you very much

[@gabrocki]

39k views, zero dislikes. That's saying something. Fantastic video, sir. I don't even need to learn PID controlling this precisely, but I watched the entire video anyway because it was pretty damn interesting.

[@mehmetcetin2926]

wow what wonderful way to explain pıd controller thanks

[@ivocapella4541]

Muito boa a sua explicação. Parabéns.

[@sanatghosh9278]

crystal clear concept sir

[@iammituraj]

man ...you are the GOAT ;) 👍👍

[@amitdudhankar2672]

nicely explained through use of electronics hardware. this way it was must easy to comprehend..thnx.

[@phillipmaser132]

Very Nice explanation. Integral action derivative action have on a system. Most explanation system dont show load on a system compared to open load.

[@hamdaniyusuf_dani]

The steady state error is inherent to the proportional control itself, not due to external causes such as friction and load. You can demonstrate this using a simulation.

[@Mark-sq8mh]

I agree.

[@syedhassnainali2917]

Thank you very much Sir very informative video and

[@syedhassnainali2917]

Thank you very much Sir very informative video

[@rakholiyaakash3365]

it is very nice video

[@yepyolochannel]

So cool

[@SimonYells]

Thx!

[@ali.benamorkhorcheni4747]

Thanks

[@adastra123]

Wow. I get it. !!!! 😊🙏 thank you and blessings upon you.

[@otiebrown9999]

To make the simulation complete, you can use an Op Amp wired as an Integrator. Then feed this back to the error detector.

[@jasperlee3957]

ty

[@sorova]

That differentiator is wrong. You cannot implement it that way as it will oscillate. You need a series resistance with the capacitor. You also need a lowpass filter after it.

[@mateoslab]

hi im looking for a derivation of the two op amp pid implementation pls help

[@boulmaouahibe]

thanks for the clear explanation god bless you

[@dabdoube92]

I FINALLY GOT IT !!!

[@user-zs5cx7ip8f]

🔥🔥

[@intradaylover6401]

sir plz make more videos

[@dogancanozbey5112]

Hi, how do you know the Vout of the D/A converter is true?

[@dogancanozbey5112]

I'm designing a flyback converter with PID feedback for my graduation project. I think the same way will work for voltage control. But fixing the converted voltage using another voltage doesn"t make sense.

[@sorova]

Except the circuit won't work. You use a theoretical differentiation op-amp circuit which will oscillate . You really need a band-limited differentiator or a phase-advance

[@DimiterPandov]

The information presented in this video is not entirely correct. Especially the part with the Integral action of the controller.

[@Nikkeftw]

I love when people point out errors and dont explain them.

[@miniwarrior7]

Can I get a like from all my drone pilots

[@andrewaronson3364]

what the fuck does this mean

[@ronjones4069]

is it over yet. I fell asleep. there are so many well done videos, don't waste your time with this one. it even is is ambiguous, confusing, and potentially wrong. move on, find one of the well done PID videos.

[@mrnkarun]

plz share the good ones

[@lastnameavailableok]

Easy to criticise something is wrong without stating your 'perceived' errors, otherwise you have no integrity. State the error so you can be peer reviewed also..

[@Mtmonaghan]

Your wrong or stupid you choose