Bad audio quality..

you're awesome! this video is the best video ive seen on state estimation

So clear, thank you!

This is the first lecture I am going through on System Ops.... It is turning out to be very helpful to learn the basics. Thanks alot

Great work! Thanks for the clear and thorough explanation!

Incredibly helpful! Thank you so much for sharing your in-depth knowledge🙏

The damping ratio applies if it is a second order under damped system with two complex poles. However, this system has 3 real poles that don't need damping. The natural frequency is the frequency at which an open loop system will oscillate. Think of a slinky. Why not use the pole locations specified by a 3 or 4 pole ITAE depending on whether the controller has an integrator. Where does the open loop transfer function come from? It is all magic? The students don't understand what Matlab is doing since the code is all hidden away in a library. Matlab is great for getting answers but poor for giving understanding. I am experienced at this. The open loop transfer function has 3 poles so three controller gains are required to place all the poles. The integrator doesn't coujnt because it comes with its own pole. If you can place all the closed loop poles you can get the response you want. The professor is right about the damping factor and natural frequency is just an approximation so why waste time with it? The professor admits the proportional gain only will not work. Well duh. You don't start with a P controller or a PD controller. Like I said, the open loop system has 3 open loop poles so THREE gains are required so there must be a Kp, Kd and K2 which is a second derivative gain that is used on the error between the traget and actual acceleration. The professor is wasting your time. He should explain like I did that a P or PD or PID controller will not work well. The second derivative gain is required. All this is known so why waste time?

Thank u sir, it is really helpful. I want to know if you could upload the video using PID controller ?

Thank you so much, I can't stop watching your videos

Thanks so much

Can someone please attempt this, A Y-connected induction motor rated 460V,60Hz 4 Pole has the following impedances in ohm per phase. Refered circuit parameters R1= 0.641 ohms R2'= 0.332 ohms X1= 1.106 ohms X2'= 0.464ohms Xm= 26.3ohms If the rotational losses are 1100W and are assumed constant,while the core loss is merged with the rotational losses. Assume the operational slip is 2.2% at rated voltage and frequency while stray loss Rc is negligible, calculate; i. Speed ii. Stator current iii. Power factor iv. P.mech & P.out v. Induced torque in N/m

Saved my life! Simple and direct to the point explanation. Thank you!

hi, the oovershoot isn't too high? 0.95 is 15% versus 10% imposed

Thank you so much,,really helpful

Can you please make a video of state estimation using Kalman filter, Thank you

Thank you, I was specifically looking for the PD controller :)

Thanks, Kindly where can I find proper Datasets for MLP !! with some outputs,, I searched a lot in Google DataSets and Keggle ,, nothing actually is suitable,, most of them are published for deep learning not MLP. regards

I have read that state estimation based upon WLS does not work for power distribution systems that are unbalanced and have bi-directional power flow. Can anyone help me prove this?

any chance you could upload a video on Optimal Power Flow?

wonderful

You are blessed sir. Thanks for the job well done.

Thanks a lot it was so useful

Is yhis a 3 phase? induction machine?

It was awesome

I wrote the same code as you did and the result was awesome, but when I tried to change the function and to use the same code to model another no-linear functions (like: sin, cos, exp ...) it didn't work !!! can you help me please.

1gm8d vun.fyi

I am very impressed with your lecture, first of all, I should thank full for your presentation. I have small doubt that, what will the w_c frequency be considered to my converter switching frequency is 10000Hz

Gracias

thank you sir

I liked the way you have presented the lecture. Very professional and accurate with high level of details. Appreciate that. Hope to have more lectures from you soon.

دست شما درد نکنە. . It was beyond clear

Hi, do you have github link?

Thanks, for posting a great example using MATLAB.

Why did you remove the state estimation video? It was the best one on youtube!

This video is the best one in KZbin for bode plot. Thanks Salman

Very helpful and clear complainant, thank you so much, Kindly upload the same video for pi and pid controllers

Very nicely explained. :)

Drive 3rd order time response

Nice presentation. I was curious if we can use this method for balancing robot which is to be controlled by PD controller?

Awesome explanation thank you sir

thank u so much for all of your videos! really helpful ;)

👍🏼

nice work..but make playlist of different machines seperately..that way it would be easy for viewers to find your content.

thank you! God beless you

This is good. My professor fucking does chicken scratch on the board + he writes SUPER small (whole class has to squint and he knows that), so given all the notation in power engineering it is real challenging. Thank you for this video, it helps a lot! I understand it much better!

Good video. Where can I find your lecture detailing the fictitious resistor R'r(1-s)/s ?

more lectures please