Vout(t)+Vc(t)=0 so Vout(t)=-Vc(t)=1/c integral from 0 to t on( Iin(t))dt thus Iin(t)=vin(t)/R So Vout(t)=-(1/RC) integral from o to t on (Vin(t))dt this formula is correct until you reach the negative supply voltage ,thus you have -Vcc in some place 😊
For problem 30:37 There is an intuitive method with which we can find the zero of this system , Step 1: swap Vi and Vo terminals (now T(s) = Vi/Vo = (s+z)/(s+p) = new T.F ) Step 2 : ground Vi and find the time constant (= RC for this ckt )
Bhaiya could you post another one of these interview videos but for fte (if difficulty level is a little bit more for that), and a little bit more focus on MOS ckts and other non-standard questions from RC and opamp (if any apart from voltage current waveforms)? The videos are of great help, thanks!
In analog and network I almost covered all the topics which you have mentioned in the previous video. Is there any topic in signal system that I need to study for FTE at TI?
i have a doubt, in question no-7 for finding capacitor voltage at t-infinite ,you have taken i=0(current through the opamp) ,but as V- does not have same voltage as V+ ,i cannot be zero. can you clarify ,will be of great help
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Vout(t)+Vc(t)=0 so
Vout(t)=-Vc(t)=1/c integral from 0 to t on( Iin(t))dt
thus Iin(t)=vin(t)/R
So
Vout(t)=-(1/RC) integral from o to t on (Vin(t))dt
this formula is correct until you reach the negative supply voltage ,thus you have -Vcc in some place 😊
For problem 30:37 There is an intuitive method with which we can find the zero of this system ,
Step 1: swap Vi and Vo terminals (now T(s) = Vi/Vo = (s+z)/(s+p) = new T.F )
Step 2 : ground Vi and find the time constant (= RC for this ckt )
Bhaiya could you post another one of these interview videos but for fte (if difficulty level is a little bit more for that), and a little bit more focus on MOS ckts and other non-standard questions from RC and opamp (if any apart from voltage current waveforms)?
The videos are of great help, thanks!
Bhaiya how to make a PI(PROPOTIONAL INTEGRAL CKT) FOR PROJECT
Excellent initiative
At 44:00 I think the waveform of Vo will start from origin and after t1 it will be saturated. Am I correct?
for 30:20 problem wont it have a zero?
Nice video Dada,
Sir when is the course on analog electronics coming ?
In analog and network I almost covered all the topics which you have mentioned in the previous video. Is there any topic in signal system that I need to study for FTE at TI?
Fourier series, Fourier transform
i have a doubt, in question no-7 for finding capacitor voltage at t-infinite ,you have taken i=0(current through the opamp) ,but as V- does not have same voltage as V+ ,i cannot be zero.
can you clarify ,will be of great help
Hello sir how to register for this mock interview
This is for layout profile or circuit?!
pls give video resources to where to study from
can we expect similar questions for new college grad positions also?
Nice video,
Analog ka course kab ayega ??
my name is agarwal too
dada is there any course u r going to launch before TI comes ?
Will try to
Bhaiya aapka mobile number milega kya