Analog Circuit Design interview _ RC charging with MOSFET

[@srijanisallyouneed]

Very good analysis 👌🏻..,.we need more videos on RL circuit

[@AmitBar-Analog_Circuits]

Thanks...ok

[@SAhellenLily]

Nice Sir 👍
Very good explanation
Grateful for You

[@rajanidas6782]

Nice... Keep it up

[@AmitBar-Analog_Circuits]

Thanks...means a lot,Analog Designer !

[@Anindra008]

Nice 👍👏

[@AmitBar-Analog_Circuits]

Thanks

[@shreymaru1613]

Nice question.
Also, you can put less focus on calculations like take some values of elements which result in easier calculations
Great explanation

[@rupayansaha3990]

in the exponential of the voltage at t=10ms should be exp(-(t-10))

[@AmitBar-Analog_Circuits]

At t=20ms...already mentioned in the description of this video

[@rupayansaha3990]

Ok, I did not see the description

[@madhanmohanreddypalakolanu3504]

Small clarification: How can you assume 5V DC as 5u(t)?

[@AmitBar-Analog_Circuits]

In Reality DC is not possible

[@rajsaxsena97]

Bhai chota bhai samaj kar meri baat suno bahut acha padhate ho. Ye sab band karke rrb technician grade 1 signal aur rrb je electronic electrical ke padhao. Bahut grow krenge aap. Phir future mai course etc. Apki watching phir is present notification time 5k se uppar. Aap apna talent sahi jagah lagao. Rrb je par focus kriye abhi time bhi hai exam mai bacho ko padhayie. Bahut thankful rhenge apke

[@amitbar6610]

The correct expression is ,
Vc(t)=Vc(infinity) + {Vc(initial) - Vc(infinity)}*e^(t_final - t_initial)/Tau
small correction:
when MOS is On,then Vc(t) at 20 ms will be 3.51V not 3.46 V . I forget to include t_initial
I have alredy mentioned it on the description of this video