Transmission Gates| Implementation of LOGIC GATES using (Transmission Gates )

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From the video one will be able to design logic gates using Transmission Gates and also will be able to explain the working of Transmission Gates | Transmission Gates is a bidirectional switch with a controlling signal applied to the gate of the either MOSFET (nMOS, pMOS)

Transmission Gates for Boolean Expression
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Brilliantly explained. Thanks a lot tomorrow is my lab exam on cadence this will surely help me a lot in designing circuits of logic gates using transmission gate ❤❤

mayanksinha
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So straightforward and well-explained. Thanks a bunch!

lightningllama
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Very nice and correct explanation.. there are many wrong videos on YouTube wherein they claim to implement AND gate with only one transmission gate.. may god bless you!

young_sparrow
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Thanks ....It simply understandable...It helped me

krishnakittu
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For AND gate, you don't need two TGs. The bottom TG can be replaced by an NMOS only because it is always transmitting Logic 0.

dr.saadsyoutubechannel
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Thanks man very simple and neat writing ☺️ cool
Can U upload video on pseudo n mos inverter with neat sketches by this week??

nikhee
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awesome bro/ thanks well taught completely understand the gosaimas

howyourcollegelooks
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Great explanation! Thank you very much

gumbyybumg
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Nmos passes 0 and pmos passes 1 effectively correct it

RekhaChavan-gpnp
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liked the way of explaining... everything in detail

invi-tronics
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hello sir
thank you for your explanation .
if possible sir to send me the MATLAB code that allows me to trace the VTC AND with transmission grid.thanks sir.

abdelazizphysique
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Really super explanation sir please do more vedios on this dica please sir 🙏

nehasrinivas
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If only Pmos or only nmos is on, can we say inputs transfers to output?

mangapathiraju
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Why do we need to use a second TG for the AND Gate? Y will only be 1 if A and B are 1, otherwise its 0, thats exactly what an AND gate does. So why the second one?

gurkengerd
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What is a control signal?

Great video!

Super_Smash_Dude
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Wrong logic for And gate. Third option when A must be 1 in case when B is a control signal. See for third line when B is 0, first TG is off, and second is on, and as left side is grounded it's always 0. But we wanted in case when B=0 do A=1.

ԴավիթԲաբայան-յւ
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For p mos to on don’t we need B= 1 & B bar = 0 ?!

sahalhossainsiam