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8:50 Is the clamping diode what is commonly known as 'Tap' ? 14:35 Where is Vin in the equivalent circuit diagram? 18:46 Point 5 means place pmos close to ntap and place nmos close to ptap right?
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Sir I have one doubt, in that inverter problem, if we change the Vout then the latch up will be stopped right?, Then how would you say that here latch up will not be stopped even though we change the control signal.
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Hi Sir your explanation was very easy to understand and it is very useful to us.., if you don't mind Could you please explain about my doubt like why bulk/body was highly doped? Like n+ in pmos & p+ in nmos
@@vijay4a4 they have to be highly doped because, when we are creating metal contacts to the bulk/body of the nmos/pmos, if the bulk/body terminal is lightly doped then they dont form a good ohmic contacts, i.e current flows only in one direction, to have a good ohmic contact with metal that provides low resistance and allows bidirectional current flow the bulk/body has to be heavily doped.
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God bless Indian UA-camrs who explain complex STEM subjects
Your welcome 🙏
Best explanation of latch up I've seen, couldn't understand it from any other source I've consulted so far. Amazing!
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I think I completed successfully most of the semesters because of you sir 😃.Thank you sir .Please mak3 videos on lica and dica subjects as well
Very depth explanation. Thanks for making this video
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Very nice very very nice explained 🥰🥰 this is very helpful for me .
awesome ! explanation got complete understanding of latch up now
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Tqqq sir i have learned clearly thank you for explaining neatly
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Very very very very good sir.....fan of u....your video is easy to learn.....thanks 👌👌boss
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nice explanation sir tqqq
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8:50 Is the clamping diode what is commonly known as 'Tap' ?
14:35 Where is Vin in the equivalent circuit diagram?
18:46 Point 5 means place pmos close to ntap and place nmos close to ptap right?
Thank you sir very understandable way of explanation
Your positive comments motivates me.
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So nice thanks
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Thank you so much sir
This video helped me a lot 👌👌
Your positive comments motivates me, Thanks and welcome 🙏
Super ..tq sooo much
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Thank you so much sir!!!!.Really helped me ..
Your positive comments motivates me.
Teachers like me just wants positive comment from student.
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Super....
All the subjects playlist of Engineering Funda is available in comment section. Share it with your friends to support us.
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Thank you sir
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Nice explanation tq sir....
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Super explaination sir
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Sir I have one doubt, in that inverter problem, if we change the Vout then the latch up will be stopped right?, Then how would you say that here latch up will not be stopped even though we change the control signal.
Can you change Vout without control signals?
@@EngineeringFunda sorry sir i can't understand...here the Vout isn't the control signal?
@@electronicswithmadhan1052 can you change Vout without control signals?
Thanks a lot for these videos, really helpful
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Easy steps to read.
Thankyou sir 🙏🙏
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All the subjects playlist of Engineering Funda is available in comment section. Share it with your friends to support us.
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Than you so much for uploading suck videos , it helps a lot.
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Thank u so much sir 🙏
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Hi Sir your explanation was very easy to understand and it is very useful to us..,
if you don't mind Could you please explain about my doubt like
why bulk/body was highly doped?
Like n+ in pmos & p+ in nmos
It differs with respect to location, it is not that straightforward to reply by comments
@@EngineeringFunda
Sir..,
Can you please make a video about this
@@vijay4a4 they have to be highly doped because, when we are creating metal contacts to the bulk/body of the nmos/pmos, if the bulk/body terminal is lightly doped then they dont form a good ohmic contacts, i.e current flows only in one direction, to have a good ohmic contact with metal that provides low resistance and allows bidirectional current flow the bulk/body has to be heavily doped.
What is the use of clamping diode?
Sir please explain the em, antenna effect, cross talk and mosfet operation
yes sir please.. make videos on these topic
Sir you have said the prevention but you have not explained how this methods are preventing it . Sir could you make one separate video for that.
Super sir
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How transistors are turning on for cond 1 and 2 im not getting it
sir, please cover this topic
gate level testing
iddq testing
path sensitization
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Apt explanation
How gaurdrings eleminate latchup
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incomplete explanation. where is the Vin ? does it followed BJT eqn? prove it by using BJT eqn. doesn't ring a bell
sir khane ke bad nakhun to saaf kar lo, sabzi ka tel nakhuno me dikh rha he