Pass Transistor Logic | Working Problems Circuit | And & OR Operations with Truth Table | Simplified

ECT304 - Module 2 - VLSI CIRCUIT DESIGN
Hello and welcome to the Backbench Engineering Community where I make engineering easy for you.
In this video, the following topics will be discussed,
1. What is Pass Transistor Logic
2. How do we implement Pass Transistor Logic
3. How do we use an nMOS transistor to implement Pass Transistor Logic
4. Problems of using Pass Transistor Logic
5. AND operation using Pass Transistor Logic
6. OR operation using Pass Transistor Logic
I hope you guys found this video informative and now have a clear idea of what you mean by Pass Transistor Logic. If you found this video informative, please do hit the like button. We'll be discussing about the further topics in the upcoming videos. If you haven't joined this community yet, go ahead, join us by hitting that subscribe button. Together let’s grow. So stay tuned and till next, we’ll see you in the next video.
Thanks & Best Regards
The Backbench Engineering Community
Session taken by Rishi Remju ( B.Tech Electronics and Communication Engineering )
Syllabus based on KTU 2019 Syllabus ( APJ Abdul Kalam Technological University )
#thebackbenchengineeringcommunity #backbencher #backbenchengineering #rishiremju

[@how3736]

you are different teacher than others your learning method is good and unique, I appreciate it keep it up sir

[@TusharKumar-iu4nt]

The energy levels are just amazing!!! Love the teaching enthusiasm!!!

[@mrkiran7_]

The best explanation so far

[@rolanportento9704]

i appreciate the energy in teaching, i really understand your lesson more. Thank you!

[@CoachTannushka]

Why so much drama.
Very good content by the way.
Thanks for responding.
Edited.

[@BackbenchEngineer]

😂

[@kudchum236]

Very very good work engineer backbench!

[@kunalchavan4574]

Excellent Video SIr
Thank you for making it

[@nothingispermanent1748]

Superb sirr🎉🎉🎉🎉your technique of teaching is veraa levell

[@STAN_PLAYSS]

pureeeeeee explanation tqsm❤

[@ShubhamGupta-og3ex]

Time stamp 5:45 , if you take c=1v , then you will get y1 = 0.3v and y2= 0.3v

[@Vamshii_Krishna]

crystal clear👍

[@SushantGuptaECE--]

thank you so much sir

[@ankursingh.1.2m]

Sir threshold voltage value should not be deducted from input....if the transistor is on already

[@fidelcertuche8002]

THank you so much!!!

[@maheshhr8613]

Nailed it

[@Jahnavi-zf7ko]

Crystal clear explanation🤩

[@oorukullachuttipulla4793]

👍👍👍👍👍

[@zzzwee]

Good explanation but something wrong with ur voice

[@shyamvenkatesh6188]

I have a doubt... Can AND gate be implemented just using one pass transistor? If we use the same A as source input and B as gate input, we can get the same results. So can it be implemented?

[@mohamedshahip1748]

If the case when gate is 0..the transistor will be in off state.. Then we cant get any output.. So that we use two pass transistors

[@_MehulMunshi]

Only 3 gates are there in ptl?

[@hitarthanandrohra8846]

Example solved at 5:41 is wrong, the series transistor circuit in NMOS doesn't degrade the values beyond VG-Vt.

[@dolandtrump668]

video to achi ha par bhai cigarette kam piya kr

[@okokicici]

Backbencher hai bhaii 😂