GROUND BOUNCE

[@tanluu1944]

You have a good skill at taken people through your lecture, the cause and why things happen the way it does in a circuit. Keep up the good work Mr. Thank you.

[@analoglayoutdesign2342]

Thanks for the feedback

[@mehdimehdi9950]

very well explained. Just what I needed! Thank you. Bless you!

[@sanjayreddy9035]

I am very interested to watch every videos because of clear explanation

[@analoglayoutdesign2342]

Thanks

[@user-bz5gh2gh9r]

I cannot agree anymore !!!

[@basavarajjyante3215]

Sir your Explanation is very good, understandable by anyone, i request you to do the technical videos more n more.

[@analoglayoutdesign2342]

Sure.. will do..

[@MK-fu3jp]

this guy should be a professor. well done.

[@chetanniradwar3065]

Best video..

[@arun65394]

Thanks sir...It was very useful and your explanation is easy to understand with much clarity. i am requesting you to upload more videos sir...

[@analoglayoutdesign2342]

sure

[@amitkale211]

For turning on m2 that is pmos. Vgs should be less than vth right so how it could be turn on at 0.9

[@sailakshmi6278]

I think 3rd case was wrong only m1. Is on m2 is off bcz vgs less than vt in pmos vgs is 0.9 but vt is 0.6 m2 is off condition

[@peehu2011]

please explain mos operating regions again with Vds > vgs-vth perspective. I think in case 1, 2 one Transistor is off and other is saturated, in case 3 both are in linear region. Please clarify.

[@analoglayoutdesign2342]

Ok will add a video on only transistor regions of operation during transition in a inverter

[@saikrishna1640]

Inductor does not accept the sudden change in current. Where that current goes?

[@analoglayoutdesign2342]

Inductor opposes the change. Current will still flow thru the conductor.. it opposes the change by inducing a big voltage...Ldi/dt

[@analoglayoutdesign2342]

*inductor not conductor

[@ayyappann6860]

Why the voltage is plus 60mv instead of -60mv in ground bounce sir

[@analoglayoutdesign2342]

from supply it will subtract..ie .6Omv below[-6Omv] and ..from ground, it will be above..ie. +6OmV

[@ayyappann6860]

@@analoglayoutdesign2342 thanks for the quick reply sir

[@ayyappann6860]

@@analoglayoutdesign2342 Sir the current is flowing from vdd to gnd due to transition vdd/2, hence we are getting ground bounce due to parasitic inductor which opposes the current flow, what about the supply bounce sir...same reason or any variations are there...