Тэги:
#Control_System #Feedback #Closed_Loop_Control #Control_Systems_Lectures #Theory #Flight_Controls #Education #Lecture #Lesson #Brian_Douglas #Automatic_Control #Control_Theory #Control_System_Tutorial #Laplace_Transform #LTI_System #LTI #Linear_Control #Linear #Time_Invariant #Linear_System #Control_Example #example #simple #intuitive #Bode_plot #bode_diagram #bode #frequency_response #NyquistКомментарии:
Which is the software you use for whiteboard? I want to see whether a a better software will make my drawing skill better. ha ha..
ОтветитьGreat descriptions mate, appreciate your videos making simple explanations on quite a difficult topic.
Ответитьwow amazing video in less than 13 minutes you did what my professor failed to do in more than 5 hours of lesson
ОтветитьYou're an excellent teacher
ОтветитьHi Brian, fantastic lecture and really appreciate your time taken to explain the origins of decibels as well. Quick question, at 1000 in the video, how comes the imaginary component is 2 when your expression is 2 - (1/omega)i ?
ОтветитьYou are a magnificent teacher.
ОтветитьJust realized i had subscribed 10 years back. And i still need to watch your video today. ❤
ОтветитьI replayed the section explaining the history of decibel unit many times because I was easily distracted by your skilled drawings haha. Thank you for creating clear and fun educational videos!
ОтветитьImagine how smart we'd all be if all our professors were like this...
Ответитьsuch a great video thanks for making this series Brian :)
Ответитьgreat lecture!
ОтветитьThis is the best playlist out there for understanding bode plots. Believe me, I am an Electrical Engineer and have studied bode plots a number of times but never had such an understanding.
ОтветитьThis led me to enlightenment in control engineering.Great lecture and let's make this lectures to be known for content seekers by sharing 👏
ОтветитьThis was an amazing video. I was shocked to see it is over 10 years old at this point, unreal quality!
Ответитьwhy are you calling this gain isn’t it amplitude ratio?
ОтветитьExcellent!
ОтветитьFrom Ecatepec, edo. Mex. Thank you for your explanation. The concept will be better understood.
Ответитьwhat a great interpreter!
ОтветитьI love this lecture!!
ОтветитьEE student on senior year. Super appreciate this intuitive outlook on bode plots.
ОтветитьThat was an amazing lecture. I would pay money for a full course in feedback by you, not even kidding.
ОтветитьThis saved me so much time. Amazing explanation!!!
Ответитьyou are amazing!
ОтветитьGENIUS
Ответитьgot an exam tomorrow. you saved my life
ОтветитьThank you so much for these videos. I'm recommending them to all my friends. A million times better than the textbook we have!
ОтветитьThanks
Ответитьplease explain volume modulation of neurocomputable data structures in neural networks inside a human brain?
Ответитьadvanced truth tables and circuit designs.
ОтветитьThis shit has me regretting ever starting engineering school. Puts me to sleep immediately.
ОтветитьOllo. جميل جدا اعجبني
ОтветитьLove your videos, they are always super insightful!
One remark though: When expanding the a sinx +b cosx identity, isn't the phase shift ρ supposed to be atan(a/b)?
Brilliant video ! So well explained !
ОтветитьNa.. dude your videos move too fast. You assume too much and talk wayyy too fast.
ОтветитьReasonably good presentation, but it had a few small, recoverable errors. No worries: the overall message is good and insightful.
ОтветитьTaught me what my vibrations/control professor couldn’t in a whole semester. Thank you
ОтветитьAmazing content. I always used to wonder why are we multiplying 20 time log for decibels. Thank you so much.
ОтветитьAfter a 9 years I feel dumb I became a frontend engineer :'( my uni was just too predatory for students to flourish. Your teachings were the best though :) Always thought me to like linear systems theory. :) sad that very few company seeking control engineers here in Czechia. 😢
ОтветитьYOUR VIDEOS ARE BEST
ОтветитьIn the LTI video, you explained homogeneity, superposition and time invariance. However, I do not see how these properties imply property 3 (integrable) and 2 (differentiable). Could you elaborate on that? Great video! :)
ОтветитьWhat is a bode plotter
Ответитьnot useful
ОтветитьxD
hate the way you say Laplace :v
i know it's a picky thing but you say it "lapLACE" and it sounds weird to me xd
i say it "LAPlace" and to me it sounds a lot cooler that i even use it a lot in games :y