Hi thanks a lot 👏 I‘m a remote pilot, I work with drones. Was having trouble understanding the PID tuning. Watching your example brought everything to light 💡 Take care 🍀

I want that rig

They should show this video as a standard when teaching Control Theory

P and I are the only real ones. D is some strange magic

PID ор

I have zero clue what PID means, but I do know the D more than likely stands for dampening.

Thanks - this great. I implemented PID control algorithms in software, but never saw the end analog responses like this. Very cool!

This really puts a damper on things

What’s does the D stand for??

This video is gold !!!!

wow. curves are in moves

Perfekt demonstrator.

This would be a fantastic teaching aid!

you have made me understood how to tune my mind, my soul, my whole essence with this video. i am forever grateful and will remind everyone until the end of time of this video. this is the new theory of everything

i feel like god

I've watched it without knowing anything about control theory... Now I'm ready to learn

Looks exactly how we tune the supersonic welders amplifiers 😅

I don't even know what this is but is very cool

I had my first lesson two days ago and didnt look up anything related to that. HOW?

OMG please delete this

Hmmm pid

I am used to say that you have tne power of synthesis. You have explained all PID concepts once for all

Some golden words hidden above: For those not in the know, PID stands for proportional, integral, derivative control. I’ll break it down: P: if you’re not where you want to be, get there. I: if you haven’t been where you want to be for a long time, get there faster D: if you’re getting close to where you want to be, slow down.

I have learned a lot watching this video. 😊

Can I get the schematic to build this for my Control System Analysis class?

wow!! This is brilliant! Thank you sir

Teşekkürler dostum daha iyi anlatılamazdı

The only thing this lacks is to show an example of a load on the system. without load you really don't need integral, and that is why you don't really see him adding much. This is mostly a display of proportional and derivative and the dampening effect of the latter and the instability of too much of the former

Silent yet so informative. Thanx

Probably the best demo of PID control on UKposts.

D: If you're getting there faster than you want to be, slow down

I want the instructions to be able to build this demo

I’d be curious to see the schematics for this device. How is PID implemented in a practical form?

I can see what the switches are doing but explaining this in mathematical terms must be a pain in the ass 😂

That is a nice distraction for otherwise long and tedious lecture.

We see an o-ring 😄

thank you for this quick demontration on how PID works

very good demo PID, never been so easy to understand before

Wow i have no idea whats going on But its way more important than sleep

Hello Do you have a parts list? I figured a few from the Schematic but cant figure a few out. I teach VFD control for Supermarket refrigeration and this would be awesome for my students. thank you

This also explains about 90% of all guitar effect pedals, proportion, integration and derivation or maybe source. How much, how far and from where. Fuzzy logic!

I'm having KK2 boaed flashbacks...

PID is perhaps better known as "player ID" when gambling in runescape. Lower PID means you will draw before the opponent, making a seemingly 50 50 game, not actually 50 50.

This is completely new to me

I dont even remember how many videos I watched trying to get PID idea. Your video should be first hit whenever someone search 'PID'.

Has a thousand uses, none of which I know.

Well that was certainly confusing.

Sell this!!

wunderbar !!!!

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