Components of a Feedback Control System | Understanding Control Systems, Part 3

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Discover the components of a feedback control system and how they interact with each other.
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Learn basic terminology by walking through examples that include driving a car manually and using cruise control.
The examples explore how driving a car manually or using cruise control forms a feedback control system.
The video provides insights into the components and terminology in control systems, such as plants, actuators, sensors, and the desired output. You will learn about disturbance signals, which act on the plant and cause undesired effects on the output. You’ll also learn about noise, which is an unwanted signal that can enter the system through measurement.
Learn how you can design, test and implement control systems with MATLAB and Simulink.: bit.ly/2AW4rIE

Опубликовано:

6 сен 2024

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Комментарии : 28

@dallasdominguez9501 2 года назад

This is how humans are meant to be taught. Somewhere along the line education got skewed which is why we have such poor retention of the concepts in these engineering classes. Professors just want to cram formulas down your throat because they are on a tight time schedule, which leads to low quality lessons. What I love is that I haven't seen one equation in the past 3 videos and you have already instilled the intuition into me. Bravo, truly, and greetings from an Electrical Engineering student at UCSD.

@floridaman964 2 года назад

You still need the math behind it though

@marouaneelmessaoudi1729 2 года назад

Very easy to understand with concrete examples

@sunilbabutelaprolu6711 6 лет назад

Have a great effort ahead! Its being helpful to all engineers! Keep going on by doing more

@deo6212 3 года назад

i'm in my fourth year of engineering and i'm only now understanding control systems thank u :')

@ruuki1640 2 года назад

Excellent explanation.Easy to follow through

@subramanianchithambaram5779 Год назад

You are the best

@Boss_Tanaka Год назад

In the case you re using cruise control, what would be the noise ?

@MikoKikoJo 2 года назад

These videos are FREAKING AWESOME!!!

@madhumatinarule4489 3 года назад

Please describe why initial condition is zero when we took transfer function?

@seablue1085 7 лет назад

Excellent!!! very easy to understand!

@ahmedyasser8206 7 лет назад

I'm waiting for part 4!

@xG4merrx Год назад

Perfect 👍👍👍🙏

@osamazahid715 5 лет назад

It amazing I understand each and every thing!

@prafulshinde8310 4 года назад

Killing explanation, keep doing this great work...

@joelcastaneda6560 3 года назад

I wish my professor had examples like this.

@abdulazizsayed5464 6 лет назад

very very good explanation

@megmarch6814 4 года назад

This is amazing thank you so much...

@kaisbenlakri9120 5 лет назад

thank u very much

@jemmaj2919 4 года назад

the volume in this video is really low

@zneah1137 4 года назад

yep I thought I was the only one with that problem here

@1910hari 6 лет назад

Do it for electronic ckt with examples like this

@balasujithpotineni8184 4 года назад

Hey there! I just want to point out that the required parameter for the cost calculation in this case for attending the party must be the dynamic distance i.e. the distance(function of time) instead of the velocity(which you have considered). Because imagine let the cat accelerated to required velocity in say like 10 sec and then maintained it constant till it reaches the party. So in here, the time taken doesnt match with the target time. Hope you find this comment😄😄😄

@armadaapung2907 3 года назад

Pleas make subtitle versi indonesia🙂

@gabrielapaza883 3 года назад

Fantastic video. Although, if the driver can't see the speedometer well he/she should definitely not be behind the wheel!

@GAMMMMMMMES 2 года назад

woooooow

@richardsonlast740 5 лет назад

What laughable tomfoolery MATLAB! This is clearly a trick proposal of a closed loop control system! The driver never gets to enjoy the party or even arrive at the party. This is because they never once looked up from the speedometer. R.I.P. He never saw it coming.