More examples of RC circuits (Part 3) || Prep for interview

[@HimanshuAgarwal_]

Visit my Website to see all my placement courses. You can simply follow my placement courses for the preparation of placements in Analog VLSI Domain. The course language is English only himanshu-agarwal.netlify.app/

[@yaminisaraswathi4562]

Please convey everything in English don't use hindi

[@HimanshuAgarwal_]

Latest videos are in English only

[@msingh846]

Love the way you explain🎉

[@Abhish1_7]

When the input is step, how come the capacitor c1 is charged to V?? Because then the input is zero for t=0. Right?

[@HimanshuAgarwal_]

Yup, that's an error from my side. The supply has to be there from t= -infinity to +infinity, not step But I hope you have understood the concept that I wanted to deliver.

[@Kishan_222]

Then how much capacitor will be charge?

[@Abhish1_7]

@@Kishan_222 The supply has to be constantly V and not step input for the given question.

[@slothbaby9152]

excellent explanation....thank you

[@BhavyaSharma-e2e]

Can you tell me why we are not considering first resistance in the 2nd circuit (at 6:04 ) when the C1 capacitor is fully charged to Vi?

[@coolbose7]

Since C1 is open circuited at steady state before switch is moved so no current flows through and hence total voltage appears across C1 as Vi

[@vishalsinha9020]

plz make some vdos on interesting circuits of cascaded bjt, mosfet and opamp. It will be really helpful

[@m40rohithdeshetty32]

nice videos man nice concept explanation

[@dipankarsingh818]

@Himanshu Agarwal will you please explain the last circuit ?

[@Ajaykumar-ot4cb]

Please make videos for full transient concepts. It will be more helpful 🙏🙏

[@HimanshuAgarwal_]

Will try to

[@ashutoshsharma97215]

Vc1 at 10:30 should be V.C2/(C1+C2)?

[@HimanshuAgarwal_]

Both will be having same voltage only. It would be V*C1/(C1+C2)

[@maniyamsiddharth4791]

@HimanshuAgarwal_ bro even I am getting the same voltage, as in the circuit the charge is conserved so V- (V*C1/(C1+C2)) so it is V*C2/(C1+C2)

[@vaibhavgupta5339]

gazab bahi keep it up bahi agar digital le TI ke questions mile tab upload krna

[@HimanshuAgarwal_]

Haan Bhai. Abhi Gate najdik hai isliye inactive hu

[@arslanbhatti9771]

Hey for the first example, shouldn't the capacitors in parallel have different charges? you say they have the same charge Q1=Q2, but isn't that for series capacitors?

[@HimanshuAgarwal_]

They are in series only

[@arslanbhatti9771]

@@HimanshuAgarwal_ oh right.. because they share same current right?

[@HimanshuAgarwal_]

@@arslanbhatti9771 yes

[@arslanbhatti9771]

@@HimanshuAgarwal_ Thanks, man. Appreciate you posting these vids. They are a GOLD MINE

[@deberjeetusham8400]

@@HimanshuAgarwal_ they are in parallel only, you mis spoke that in parallel they'll have the same charge, while you meant they'll have the same voltage across them as they are in parallel.

[@sarvesh5772]

Bhaiya bhaiya 🙏

[@akhileshgupta782]

Q2,3 are not clear

[@wenxuan.]

For some reason, even if you're speaking Hindi for 80% of the time, I can still get what you mean lol

[@akshyakhandelwal5547]

pdf dedo