Відео

Excellent 😊😊😊😊😊

very good

Sir do you have any other videos about this suject?

Good Preso Scott Hayes

what is the meaning of siL

Great video. Easy to understand! Thanks!

Very nice explanation.

Might U do an actual circuit - schematic ?

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. ua-cam.com/video/nkkeP_Fjm5c/v-deo.html

Thank you for sharing you knowledge!

helps me a lot

mind blown ! thank you for the excellent video

Terrific video, thanks very much for making it!

Did you say demystified?

good job !!

Im still not understanding tau i when applied to code. Is it the change in time bewtween each cycle? or is it a cycle that adds up time until it equals 5 seconds or something?

I struggled so hard with the integral part. You made it look so simple! Thanks mate! :)

Fantastic explanation and video -- this helped so much -- thank you!!

Excellent video! Thanks for it.

great explaining thank you

Nice Video! I appreciate it. This makes the theory much more clear.

Really quite excellent. Not for a total beginner, but good for someone who is relatively new to PID loops.

awesomeness for the beginner... really im so thankful to you

I've been struggling in understanding such conccept but after this videooo I really would love to thank you a lottt :D

nice one mate thanks

Well done! However, I quibble with this idea that gain is "unitless." I disagree. For instance, if the input is measured in miles per hour, and the output is measured in degrees, then change in output over change in input is measured in degrees per mph, or equivalently, degree-hours per mile, so the gain would be measured in degree-hours per mile. You could say that degree is not a physical unit, which is fine, but then you're still left with hours per mile.

Great video, wish there was a visual representation of PID together

love it

People like you are awesome, thanks for taking the time to explain such a difficult concept in a simple way!

very well explained

Very helpful, but still seems like rocket science to me. More time to play around will help cement this in my aged brain, and control this F****** stabilized camera head

Such a good explanation thank you so much

Great video! Some people will complain about anything; I don't understand how anyone could dislike this...

Thank you so much, this is superb....

Excellente!

Thanks the pseudo code really helps to clarify it in my (4 function) mind :-) Pity about the sound quality - as an ex-sound engineer, I suggest you use a pop-shield between you and the mic (this could be as simple a a piece of ladies stocking stretched over a wire loop ) it'll stop the popping sound as you pronounce the 'P's and 'B's and allow the recording level to be higher.

Thank you so much !!!

Thank you ! I love you !

great explanation, thanks.

Thanks

very good

If the P gain is to high (~2:40), it will oscillate, but it will be above and below the set point, not under it. At 7:45 your two bottom tables are not correct, the reset register would not be that high when the error is small and the P is way to high when there is little or no error left. Thanks for the video. Watch the Motec PID videos, they are pretty good, but long.

Good video bro. I used these equations on a Arduino last year, made several PIDs to control the illumination of desks in a Lab. Controlled light dimming, fans of the lights, distance sensors(to check if there is someone in the desk). Really nice video man.

THNX

Thanks a bunch!

Thanks

Is simple but I think is a good explanation! I hope you keep doing videos about it.

very usefull

Superb!

For the PD control you start out using tau_d but change to tau_i. Is this a typo?