RLC circuit and the control system block diagram

[@Aspire_designs]

You are the best tutorial teacher here pls keep it up

[@amirriaz2424]

Your channel is really helpful the way u explain clears the concept much faster

[@ad.academy3779]

amir riaz Thanks a lot for your feedback and it’s great to hear that my video has helped you well.

[@chrishadjipetris6059]

You could also use the laplace transform, in order to work with multiplication and division only. That way, the output for block VL(1/L) would be I*S and the two integration blocks would be 1/S.

[@axmayn]

thanks a lot, it was a very helpful video after watching 4-5 another videos

[@elonmask8433]

It'd be really helpful if you make videos for more complicated circuits.
Not for me, I am going to pass this lesson next week :) but I wanted to say that people need them.

[@bosats3502]

Thank you so much fot this video.

[@ad.academy3779]

Thanks for your feedback and please let me know the contents that you would like to be explained. I’ll do my best to explain them.

[@kevmck39]

Gotta get that smoke detector a battery lol

[@nayyabarif2935]

Explanation ❤

[@ZainabNisa2023]

Thank you!! Can you also pls explain the transfer functions too?

[@nicolen9216]

Is there any chance you could do an example with, say, a voltage input and a current output?

[@chrishadjipetris6059]

For series circuits it's easier to add the impedance you have in series and multiply it by current in order to find the voltage. For parallel circuits, it's easier to add the admittance (admittance is equal to 1/impedance), and then multiply it by the voltage to find the current. For the second case, it would be easier to work with input and output current