@@manoj3197 yes as gain is very high in that region , so finding the output is very difficult as a minor noise in our input can change our output values
But in the range 0 to Vil, that is noise margin low , all inputs value is considered to be low, so our output is high, in that region , our gain is = 0 , so whatever noise is coming , it is being killed by our inverter , So a good inverter is capable of killing the noise at its output to give us specific output
@@faneeshbansal yes So noise doesn't make any differences for the output when it's introduced in region 1 and 3 Any ideas on What would be practical conclusion if noise is introduced in region 2?
@@manoj3197 yes the inverter is killing the noise as gain is 0 ( because the dvout/dvin) is zero, can't comment on section 2 because the output here is completely dependent on noise , a small noise can invert our output.
HI I was thinking of joining some vlsi training institutes like maven silicon and other like it. I want your views on this. Do you think this will be right move. Because for last many months I am seeing many people linkedin profile, many people have done training from these institute. Please suggest.
![BLACK BAG - Official Trailer [HD] - Only in Theaters March 14](http://i.ytimg.com/vi/Du0Xp8WX_7I/mqdefault.jpg)
I got selected In Synopsys yesterday. And their favourite topic was CMOS inverter..
This Playlist came very handy just at the right time.
Thanks ❤️
And thats thats make my effort worthy ,thanks a lot for this good news Rajkumar ❤️
@@whyRD Grateful 🙏
Keep doing the good work bhaiya.
Super sir please continue making videos you are awesome
Thank you for your great work and support
6:37 ,but now if i input values between Vil and Vih , then what would be my output sir?
I guess based on equating the polarity of the noise signal with applied input signal the input is determined and results in corresponding output...
@@manoj3197 yes as gain is very high in that region , so finding the output is very difficult as a minor noise in our input can change our output values
But in the range 0 to Vil, that is noise margin low , all inputs value is considered to be low, so our output is high, in that region , our gain is = 0 , so whatever noise is coming , it is being killed by our inverter ,
So a good inverter is capable of killing the noise at its output to give us specific output
@@faneeshbansal yes
So noise doesn't make any differences for the output when it's introduced in region 1 and 3
Any ideas on What would be practical conclusion if noise is introduced in region 2?
@@manoj3197 yes the inverter is killing the noise as gain is 0 ( because the dvout/dvin) is zero, can't comment on section 2 because the output here is completely dependent on noise , a small noise can invert our output.
please make videos related to Analog design...…thanks
good work......
HI I was thinking of joining some vlsi training institutes like maven silicon and other like it. I want your views on this. Do you think this will be right move. Because for last many months I am seeing many people linkedin profile, many people have done training from these institute. Please suggest.
depend , let me summarise all my views in a video next