Greetings from Spain. Here you have a bunch of aerospace engineering students who are studying circuits with your videos. You really are a source of useful information and of inspiration too! Keep on uploading more videos!
At 58 minutes the k value is off by a factor of 10. The square root of omega squared in the denominator is just omega, which is .1, not .01. Best video on the subject that I have found. Thank you
Sir, it is really wonderful explanation. Your approach to draw bode diagram is very catchy. If we know behaviour of the poles and zeros, then it can be easily drawn this type of diagram. Thank you.
Thank you , you make it very very clear ! nut I have a question : why did not you calculate the phase ? and why did not clear how we can find the magnitude of H(jw) by sqrt(___^2+____^2) ?
Greetings from Spain. Here you have a bunch of aerospace engineering students who are studying circuits with your videos. You really are a source of useful information and of inspiration too! Keep on uploading more videos!
At 58 minutes the k value is off by a factor of 10. The square root of omega squared in the denominator is just omega, which is .1, not .01.
Best video on the subject that I have found. Thank you
You are a great instructor. Thanks for making these videos they help tremendously!
Огромное спасибо за урок!!! Многое стало понятно
Sir, it is really wonderful explanation. Your approach to draw bode diagram is very catchy. If we know behaviour of the poles and zeros, then it can be easily drawn this type of diagram. Thank you.
These videos are a lifesaver
!! one of the best illustration for bode diagram ,watched all of it , thanks
nice videos, and clear presentation.. mantaaap
Greeting from Korea. Your lecture was very very impressive.
Great video Zahi ah sheli
Very easy to understand and to work parallel
謝謝 太有用了
thank you sir from Algeria
GREETINGS FROM AFRICA ZIMBABWE.SPLENDID REALLY SIR....
shamwari, you at UZ? whats the quality of teaching like
Interesting how people always pick the number 7 when they can pick any number they want to.
Thank you!
Your a life saver ❤
Thank you , you make it very very clear !
nut I have a question : why did not you calculate the phase ?
and why did not clear how we can find the magnitude of H(jw) by sqrt(___^2+____^2) ?
You are using a logarithmic scale for w out of convenience?
Are we always interested in w values so far away from the 3db point?
wow that's was the amazing explanation ever if you have a time i would to suggest a subject for your next video thanks a lot
THank you!!!
Thank you for sharing this video!
thank you very much , you're the best
really good explanation, thanks!
very good sir
Well explained. I need tutorial on transmission line and transient response. From Nigeria. Thanks
howfar what school are you in?
Isnt it supposed to be 40 dB at w = 0.5, rather than w = 0.1 ? Mentioned just after 56:35
Wow, I thought i was going to have to drop my circuits 2 class....not anymore. thanks!
For that last example, how is it 40 dB in the diagram? Do we just guess a number and go along with it?
thank you so much!
At 34:50, aren't u supposed to find the magnitude first and then plug in 0 for w?
square of j is -1at 4:24
very good
Hello, how do you find the zeros? Like in the first example, why do you say that the zero is at 7?
parfait
thank you
What happens if a zero and a pole have the same value ?
How you draw it on the plot ?
numerator equals denominator and we get 1 and constants have a constant gain plot
Sir ur awesome, much better than my shitty prof.
תודה צחי!
Can i double like this!
Hello !
Thanks a lot for your videos !
I might be wrong , but it should be 10.000K instead of 200.000K
Check it out please :))
Best regards
As i promised 32 sub.. Here goes 1st(@kunal NCE)
20 = log(236k) find k ?
how K is found ?
10^20 = 236k -> k = (10^20)/236
Hello, how do you find the zeros? Like in the first example, why do you say that the zero is at 7?