Dear Sir, If Channel gets pinched off that means the source and drain are no longer connected, How do the current flow? (remains constant as we see from Id v/s Vds graph). Would be obliged if you answer my query. Thank you
V(x) is voltage at x dostance across length. For more details watch my video on electric potential th-cam.com/video/61GgugGpocY/w-d-xo.htmlfeature=shared
The first channel that gave me a proper explanation
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Please it's request Make more vedios on other topics of electronics...
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Thanks a lot
how come vds-vgs=vth became Vds=vgs-Vth ,shouldnt it be Vds=vgs+Vth ??
Yes you are correct. Thanks for pointing out the mistake. The correct pinch off condition is:
Vgd
If channel is not there how can current flow in saturation region???
Because of strong electric field due to the vds , electron gets attracted from channel to drain
Excellent lecture
Dear Sir,
If Channel gets pinched off that means the source and drain are no longer connected, How do the current flow? (remains constant as we see from Id v/s Vds graph).
Would be obliged if you answer my query.
Thank you
Sir pinch off me channel katam ho ja raha hai toh current kese flow hoga ?
waiting for next video sir....
Bhaia NSIT DELHI Mtevh VLsi kaisa hai , aur mera 4 year gap hai main 2018 m passout hoon to kya placement ke time problem hogi
Sir, can u tell what exactly is V(x)?
V(x) is voltage at x dostance across length. For more details watch my video on electric potential
th-cam.com/video/61GgugGpocY/w-d-xo.htmlfeature=shared
Thank you so much sir
Can u tell....why Rds isreducing if incresing id......
In some graph...if id reducing ...Rds also reducing
Just calculate by using the slope of this graph. You will get the answer. R = 1/slope of this graph. Slope is increasing means Rds is reducing.
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Yes, there are a lot of jobs if you are ready to do hard work
Sir job MIL jati electronic se pls reply