Transfer Function (Solved Problem 2)

[@siddharthsoni4342]

Finally, I got the concept of High and Low pass filter. Excellent explanation by you.

[@namae6637]

My friend, I have a control systems in about an hour, and watching these videos constantly at 2x speed over the last 3 days might just save my grade. You saved me and I must thank you.

[@Vhrb]

Thank you so much 🙏🙏 You are the only one i have seen who explained low pass and high pass filters perfectly ❤❤ You became one of the best teachers in my life

[@faarismujaahid2089]

this is the easiest explanation to understand by far for Low/high pass filter, great job!

[@mhtkumar195]

Excellent method to understand.. finally I understand the transfer function concept.

[@bijoumwaura3735]

Thank you! This was very helpful! Studying all the way in Nairobi, Kenya :)

[@PunmasterSTP]

How are your studies going?

[@cypherop7287]

Excellent!, how you plugged in the High Pass and Low Pass filter concepts here. Crystal Clear

[@BentHestad]

Thank You for this really great series on Control Systems! Greetings from Trondheim, Norway

[@OzanBarisMulayim]

i am a civil engineering student and even i got it. this man is a god!

[@DarkRedZane]

Thank you. You are an excellent teacher.

[@carlosduenas6913]

Amazing video! Great lecture, thanks

[@johnsonpuli6027]

Excellent explanation sir

[@adrianvintila5077]

Man. What a great explanation. My University tutors are crap

[@sudhanshukapoor7199]

best lecture ever for this topic

[@TheSujithamary]

Really a great explanation sir.. thank u..

[@palaysmasharma3124]

Thank you professor:))You are a savior!

[@monpaysestlalgerie8152]

Merci beaucoup, super explication 🎉❤

[@aarnavsood28]

What an amazing video! I'm in 12th grade and easily understood this :)

[@PunmasterSTP]

RC? More like IC...great content! Thanks again for each and every one of these videos.

[@mufcqw]

kinggg... our lecturers are so bad next to this videos man

[@PunmasterSTP]

I'm sorry to hear that! How did your classes go?

[@chandanyogesh9475]

super explanation bro

[@sameermeshram3062]

Nice sir...... please daily lecture upload kijiye sir...

[@450shahnaz8]

Sir plz upload all the lectures of control system........

[@WesleyFrt]

Nice video

[@sanskarkumar6484]

thanks Sir🙏❤

[@AkashSingh-fw5zf]

Thank you sir..

[@sourabhgoutam3570]

Excellent

[@11.11_edits___]

Thanks for existing our lecture are so bad teachers dunno anything about subject and she's not even teaching 😭

[@jaivikdhebar]

Thanks a lot!

[@Er.yubarajpun1993]

x(t) = 2[u(t + 1) − u(t − 2)]. Evaluate the output of an RC lowpass filter for a rectangular pulse input

[@HarshitaKhurana-w7f]

What if there is one more capacitor and resistor connected in same way ??

[@afreensheikh6189]

Sir please upload all the syllabus....

[@nidarehman1622]

Thank u

[@abdulmajeedmohameed949]

Thank you a very good lecture .. do we have to use the transfer function from the capacitor in our model in any way or that second and complete one is enough?

[@Electronotes16]

Very good understand way sir thanku for yoyr support You can get cst pyq. Solution just check it on electronotes

[@ashutoshgupta549]

When will you start machines, power electronics, electrical measurements ,power system, edc and communication systems

[@meditationisabeauty2241]

how you make the second one cross multiplication sir

[@Семён-т9с7т]

Спасибо за видео

[@dter706]

I have trouble finding the differential equation of the circuit before applying a laplace transform

[@MulukenShenkore]

please solve the transfer function of the parallel RLC circuit with kirchoff's current law that is r(t) = iR(t) +il(t)n+ ic(t)

[@quanbean8448]

In the voltage divider eq, why do u use Laplace transform of C instead of Zc?

[@olumideolubosede7560]

They mean the same thing but I think we prefer to see the s term.

[@PavanKumar-yk5mq]

At 7.44 min you said it wrong i guess. For open circuit current wont flow so we don't get output voltage and for short circuit current flow, so we get output voltage, if I am wrong please correct me

[@PavanKumar-yk5mq]

Also if shorted , why output voltage is zero ?

[@PunmasterSTP]

@@PavanKumar-yk5mq Even if current isn't flowing through part of a circuit, you can still have different voltages at different nodes. So even if current isn't flowing through a capacitor, its two sides can still have different voltages, and there will be a nonzero voltage across the capacitor. If the frequency is very high, and the capacitor acts as a short, then since you're effectively shorting the two sides of the capacitor together so both sides will have the same voltage. Hence, the voltage across the capacitor (i.e. the output voltage) will be zero.

[@Семён-т9с7т]

Что забавно, индийский акцент легче понимается, чем американский акцент. У американцев часто плохая дикция и высокая скорость, сложно понимать. А здесь всё понятно.

[@eda-un8zr]

Согласна!!

[@syedismail1849]

🔥🔥🔥🔥

[@soumyaghosh4126]

No doubt u people are doing grt. But at least once discuss some good problems in lectures. all the time neso academy teachers discuss to easy type problems they are not so helpful to build the concepts well. Repetitively same type of examples are being discussed

[@nesoacademy]

These problems are needed to understand the implementation of freshly learned concepts. Please follow the playlist and try to solve the problems of Block Reduction Techniques, you will find we have selected very good problems. Also, there are 2000+ videos on different subjects and generalization is not good. This might mislead the new learners. kzbin.info/aero/PLBlnK6fEyqRhqzJT87LsdQKYZBC93ezDo P.S.- The circuit discussed in this lecture is RC High Pass Filter, and it is important to calculate its transfer function.

[@soumyaghosh4126]

@@nesoacademy OK.. Can u tell me in the app there isn't the full notes of control system... It's till 13th or 14th lecture... Where can I find rest