Lec 75 Laplace Transform in Transient Analysis

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Excellent Analysis for the 3 Components (Resistor, Inductor & capacitor) - Time domain to Frequency domain. Thanks for this and really appreciate your great work.

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Great explanation of Laplace Must watch lecture series .

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[@electricalsujitgope]

Thanks 👍 sir your explanation is very easy and understanding very well

[@imosama09]

28:11 why you take- v(S)?

[@SandeepKumar-hy3qn]

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topic was explained very well.thank u so much

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very nicely explained!! thankyou

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[@johnlukesabile6148]

Can't understand anything the guy says but very helpful! I have a final on Laplace circuit analysis coming in 5 days and I wanna get an A- or better in electrical circuit analysis. How well I land in that class will undoubtedly affect all latter electronics classes I take in the coming semesters.

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[@rahul-up2vp]

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[@chidanandadatta4695]

Nice and clear , thanks a lot for providing such good content. It gave me a clear idea of using Laplace transform on networks. One doubt: If Here potential acquired by capasitor is not be there for ever. How we use Vc/s as if it is a step function?

[@engineersera5190]

Thanku sir for clearing many doubts

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Great sir.. Laplace ki problem solve ho gai ab to

[@vedantshrivastav7226]

Sir agar step 1 me vc 0- pta Krna ho aur voltage ke jagah current deya ho to kaese vc 0- pta karenge??

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Boht Boht shukriya sir! Kiya Etna enough hai mere Network Analysis ke liye??

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[@revisionsir]

Sir I have one doubt at 7:47 Current as flows from + to - So why we take voltage direction - to + After source transformation

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Watch lec 34

[@revisionsir]

@@Gcentrick thanks sir now I understand

[@kaushikdas3054]

thank u for clearing the concept

[@Sscaspirant_0123]

How could you draw the diagram of t(0+). You Put the inductor in series with resistance but the inductor is in parallel with resistance.

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Very nice explanation

[@cvismenu]

Very nice. Thankyou

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Sir which textbook will you prefer for network theory

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Sadiku

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Sir time domain to laplace domain ckt analysis pe v video bana dijiye na. College Exam k liye padhna h pls🙏🙏

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Great...☺️

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Thank you sir for this video..

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excellent!!

[@rahul-up2vp]

Sir I want to ask you a question based on LT, how can i please tell me sir

[@amitmishra958]

Sir can I do source transformation before laplace transformation???

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Super sir....

[@digitalworld256]

sir question no.193 step no. 2 mae inductor jaab source transform hao raha thaa tab inductor positon change haao gayai.

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kaun sir please ans. me

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Great

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1no.boss

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Thank u sir

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Thank u sir..

[@moveon2129]

Thx .... But current source I nought , It should be Iu(t) = I/s Why not u write unit step function with current source symbol ???

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So good

[@danishmir1395]

sir 2 order is missing ....lc lRc lc....

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great

[@ganeshsuryvanshi5137]

Excellent sir but I have doubts Sir for calculating Vc(S) you can create one new loop how it's possible please explain.

[@Gcentrick]

It is not a loop. Simply we are calculate voltage across capacitor

[@ganeshsuryvanshi5137]

Thanks sir

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bro please do this in English, its going to be lot of help for us

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No!!!

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U learn hindi rather

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Sir Jo current source haaa us jga par one /s hona chahiye

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laplace inverse to sikhaya he nhi usko kese krenge samjh he nhi aya

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