If u went to a university as a professor, there u might guide the students in hundreds but by RUclips lectures u r guiding millions...in understanding the subject...What can we say more than...Thank you Sir...!🙏
Bro, Thank you for your lectures, exactly 1.5 years ago I get arrear in Digial Electronics, By watching your videos I cleared That paper and Now I get selected in a very good company. they asked many questions in Digital Electronics. I clearly explained my answers by the knowledge gained from your lectures.
Those who have confusion in TT. In SR latch video we use a NOR gate but in this video we use a NAND gate that's why the value of Q and Q' seems to be reversed.
Yes the TT seems to be reversed. He has used NAND in this video, so as per that when S and R are both 0, that will be a forbidden state or not used state. He made the TT for NOR gate.
Love these lectures. This channel has been a huge help in me getting into electronics and especially digital circuits. Thanks very much for posting these. Best regards from Canada.
Kudos to neso academy. Knowing is completely different from really knowing . I have studied latches and flip-flops but I really know what it is after watching your videos. Appreciate your efforts
Mine diploma & engineering has over but I didn't understood the concepts... But now I am came to know the concepts of digital electronics very well... Thank You so much Sir... Your explanations are extremely good.
I wish I could have explore this channel before. I have a digital systems final exam after 8 hours later. It helps me a lot. Thank you so much! Best Regards from Turkey.
Excellent sir, my teachers know nothing...while they are explaining i full confused,,but after watching your lectures i understood very well.....i got a confidence that i ll be pass in this semester,,,,,,sir one thing i want from you.....please upload microprocessor and micro controllers lectures also......hope you will upload and makes us good in subject.....Thank You.... :)
*searches up a video relating to my issue* "you cannot understand this without watching the previous video" *goes to previous video* "To understand this you must be aware about what we talked about in lecture 69" OH MY GOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOD
Best ever lecture for digital electration....after watching your lecture I understood very well but I have a one question why are u using level triggered in SR flip flop
can you please add lectures for computer science subjects like data structures and compilers.. ! would be grateful.. clarity of ur concepts and lectures is amazing
STEPS: 1)In youtube at the top you can see a box that says 'search' click that 2) Type in 'mycodeschool data structures' you can click the first result that pops up.
Thank you for this explanation. Very clear and understandable. I have one question though. What about when you are told that there is an active high enable input or active low enable input?
I had this digital logic design subject in my semester and i felt it really boring that i didn't even learn anything in class, now tomorrow is my exam and i started watching you videos to get some basic ideas and believe me you have completely changed my mind....the way you explain, i am getting to like this subject lol, but it's really sad that tomorrow is my exam and I won't be studying it during my next semester...
thanx a lot sir.for this valuable lectures on FF today I can pass my exam.not only pass but also score a good marks.....again thanx a lot,sir...........
Thanks alot sir for this amazing videos.i am in 3 sem in cs and due to corona online classes occurs and I had not studied anything and your lectures helped alot thanku so much❤️
Wow Just Awesome Sir Thank You When I Watch your Video i learn subject very Easily🙏 I think I wasted Many Hours In My university Classes You Won Million hearts Sir
The SR flip-flop, also known as a SR Latch, can be considered as one of the most basic sequential logic circuit possible. ... A basic NAND gate SR flip-flop circuit provides feedback from both of its outputs back to its opposing inputs and is commonly used in memory circuits to store a single data bit.
Great lectures. Could you put the number of lecture in video title? (in this lecture 124 you reffer to lecture 119 )because is difficult to find them since lectures are not uploaded in order.Thank you.
Sir in lecture 119 ,14:34 , 0 0 case is noted as memory and 1 1 is noted as not used, in this lecture, 0 0 case is not used and 1 1 case is noted as memory. Why it is contradicting?
In this lecture you are saying SR latch for nand gate table is giving 0 1 output of input 1 0 but in lecture no.119 u have written 0 1 is giving 0 1 in SR latch for nand gate. Kindly clarify
sir these are jst awesome videos it cleared all my confusions...sir i request u to plz explain what is preset and clear in book it is horribly explained
I didnt get one thing. It was mentioned in the previous video that the difference between SR latch and SR flip flop is that the former is level triggered while the latter is edge triggered. But isnt level triggering being used for SR flip flop here? And secondly, does SR latch have no clock input?
Yes, SR latch does not have CLK input so it updates the output immediately as input changes while a flip flop updates the output only when the CLK signal is changing from low to high (leading edge) or high to low (falling edge) as it is edge triggered.
SR Flip Flop When we attach clock pulse to SR latch it becomes SR flip flop, SR flip flop is an in-memory state when Either clock pulse or SR has low low input. Edge Triggering Method is used for Triggering the circuit. and so on
sir in lecture 119 you have explained sr ff using nor gates but in this video you used nand gates which confused me for a while..ps add an annotation for other viewers, for them to understand better...anyways thanks a ton!!!
He actually did use NAND gates too. But he didn't explain it since the method is basically the same as that of NOR. He did give the table though. If you've paid attention to NOR gates, you should be able to solve NAND just as easily. Cheers x
He actually did use NAND gates too. But he didn't explain it since the method is basically the same as that of NOR. He did give the table though. If you've paid attention to NOR gates, you should be able to solve NAND just as easily. Cheers x
If u went to a university as a professor, there u might guide the students in hundreds but by RUclips lectures u r guiding millions...in understanding the subject...What can we say more than...Thank you Sir...!🙏
Jo teacher college me padhate hain to bhi you tube par achcha hi lagega
Ye agar college me padhate to achcha nahi lagta 😅😅
@@ASHISHKUMAR-ej1fy kyunki class main padhna padta, jab man na ho tub bhi, pr yt main tum khud ke marzi se aaaye ho inn videos pr, dhoondte hue.😁
@@ASHISHKUMAR-ej1fy ha bhai mene bhi aisa hi socha 😂
Can't thank this person enough for doing the hard work and putting this videos for free on the internet
I bet you sleep great knowing how many students and hobbyists alike you've helped
Thankyou it's become a habit for me to just watch neso vids every morning.
WoW! Before reaching this channel I was just 0 in digital electronics, now this man has become idol for me, i learned everthing.
Thanks a lot..
Thanks. I'm a computer engeneering grad student from brazil and you're helping me a lot!
Best ever lecture for Digital Electronics.....
Akash yo
Bro, Thank you for your lectures, exactly 1.5 years ago I get arrear in Digial Electronics, By watching your videos I cleared That paper and Now I get selected in a very good company. they asked many questions in Digital Electronics. I clearly explained my answers by the knowledge gained from your lectures.
Those who have confusion in TT.
In SR latch video we use a NOR gate but in this video we use a NAND gate that's why the value of Q and Q' seems to be reversed.
Yes the TT seems to be reversed. He has used NAND in this video, so as per that when S and R are both 0, that will be a forbidden state or not used state. He made the TT for NOR gate.
@@bhaskarbhar237 you're wrong, he's using it for the nand gate and it's correct
Love these lectures. This channel has been a huge help in me getting into electronics and especially digital circuits. Thanks very much for posting these. Best regards from Canada.
did you go to laurier?
Kudos to neso academy. Knowing is completely different from really knowing . I have studied latches and flip-flops but I really know what it is after watching your videos. Appreciate your efforts
Mine diploma & engineering has over but I didn't understood the concepts... But now I am came to know the concepts of digital electronics very well... Thank You so much Sir... Your explanations are extremely good.
I wish I could have explore this channel before. I have a digital systems final exam after 8 hours later. It helps me a lot. Thank you so much! Best Regards from Turkey.
Excellent sir, my teachers know nothing...while they are explaining i full confused,,but after watching your lectures i understood very well.....i got a confidence that i ll be pass in this semester,,,,,,sir one thing i want from you.....please upload microprocessor and micro controllers lectures also......hope you will upload and makes us good in subject.....Thank You.... :)
Pass zhala ka mah
@@yashgajre0339 English kharab ahe, pass kase ho il
@@terrap0b_ps995 vatat tar nahi pass zala asel
*searches up a video relating to my issue* "you cannot understand this without watching the previous video" *goes to previous video* "To understand this you must be aware about what we talked about in lecture 69" OH MY GOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOD
If you know previous concept no need to go back sucker
Thank you for the free lecture and for the good guidance...it's helping a lot in understanding digital electronics......
I leaned most of the digital electronics through the lecture series thank you neso academy
Ur explaining very thing in easily manner.in digital electronic class I can't even understand any single think ..but I got everything now .tq
English is my second language, and I understood this video better than the lecture my professor has done with my first language.
PLEASE MAKE VIDEOS ON DIGITAL LOGIC FAMILIES (TTL, ECL, CMOS etc) and ADC and DAC conversions.
Your lectures are great.
Thank you so much for them.
Excellent explanation, could not have been any clearer!
THE SAME MAN WHO TAUGHT EDC AND CONTROL SYSTEMIN TECHGURUKULA..THANX FOR MORE GIVING SUCH A VALUBLE INFORMATION
what i haven't understood in class..its very clear to me after seeing it..best explanation ever about digital electronics..thank you sir
Lecture 119 is actually "SR Latch" (150th in the playlist)
Thanks a lot dude! You saved me!
lecture 145
Good , Thank you for taking interest for posting this video ..... keep posting
all lectures are very very beautiful.. i am enjoying all ur tutorials..
Best ever lecture for digital electration....after watching your lecture I understood very well but I have a one question why are u using level triggered in SR flip flop
can you please add lectures for computer science subjects like data structures and compilers.. ! would be grateful.. clarity of ur concepts and lectures is amazing
try my code school for data structures.
Riya Rita Joy gimme the link plss
STEPS:
1)In youtube at the top you can see a box that says 'search' click that
2) Type in 'mycodeschool data structures' you can click the first result that pops up.
ruclips.net/channel/UClEEsT7DkdVO_fkrBw0OTrA
hahaha xD
1:28 that link in the description was personal🌚🌝
Thank you for lecture!
Its very easy to understand ...helpful for our subject... i jus love this channel! it is helping in many ways
thank you for this video. it helped me to save a semester :)
Thank you for this explanation. Very clear and understandable. I have one question though. What about when you are told that there is an active high enable input or active low enable input?
Are you still alive?
@@DarkOceanShark wdym? human life span is 5 years?
sir please use the lecture number too when naming the video.
ruclips.net/video/HZg7fNu-l24/видео.html
watch the videos in sequence.
LECT 119 : ruclips.net/video/kt8d3CYWGH4/видео.html
Best lecture i have ever heard.It really helped me lot.
I had this digital logic design subject in my semester and i felt it really boring that i didn't even learn anything in class, now tomorrow is my exam and i started watching you videos to get some basic ideas and believe me you have completely changed my mind....the way you explain, i am getting to like this subject lol, but it's really sad that tomorrow is my exam and I won't be studying it during my next semester...
Thanks alot :)
thanx a lot sir.for this valuable lectures on FF today I can pass my exam.not only pass but also score a good marks.....again thanx a lot,sir...........
I didn't know anything about this but now i'm clear regarding this topic...
Thank u sir,for giving this vedio and it helped me in exams and i improved my subject knowledge
very nice explanation!!!
discussed every minute detail
its was headache in my college on this topic you explained soo easily wow awesome sir
Sir ur teaching is excellent ❤ but please Explain as much as in a simpler way.. 🙏❤
Awesome lectures. Really loved it.. thank you for all your efforts
Thanks alot sir for this amazing videos.i am in 3 sem in cs and due to corona online classes occurs and I had not studied anything and your lectures helped alot thanku so much❤️
Thank you sir!
thanks a ton . couldn't have asked for anything better .
thank u very much sir for sharing us ur knowledge....really best ever lectures for digital concepts
Thank You very much Neso Academy
Wow Just Awesome Sir Thank You When I Watch your Video i learn subject very Easily🙏 I think I wasted Many Hours In My university Classes You Won Million hearts Sir
excellent
very happy to see you here .. Sir .. your vedios are also very helpful.
Dr.
you said FF are edge triggered however, you're using level values. is it right?
Thank you so much from Algeria
Thank You Sir 🙏🤲❤️
very well explained
Thank you creators for the amazing content!!
Your are the best sir😉😉😉 present all sir online
Thanks for making such videos.they are very helpful to us.
Amazing...sir ur teaching is fabulous.....
Note: This TT is for SR latch using NOR gates not NAND gates.
thank you so much from Vietnam
hey there ! thank you posting videos
they are of great help, please post the lecture for dac and adc as soon as possible.
thank you
3:52 The importance of the rectangle
In Digital Design by Morris Mano, this is called SR Latch. its the same thing, don't worry.
You deserve 10M subscriber
You're a Genius.
Arigatho neso sensei
The SR flip-flop, also known as a SR Latch, can be considered as one of the most basic sequential logic circuit possible. ... A basic NAND gate SR flip-flop circuit provides feedback from both of its outputs back to its opposing inputs and is commonly used in memory circuits to store a single data bit.
Love your videos, my guy.
bundles of thanks for spreading knowledges !
Great lectures. Could you put the number of lecture in video title? (in this lecture 124 you reffer to lecture 119 )because is difficult to find them since lectures are not uploaded in order.Thank you.
sir these all lectures are superbb👍...very nicely explained
nice explanation. Thanks
sir we know that flip flop is device carry 1bit of information.
So where we store 1bit value in S input or R input ?
THIS IS REALLY HELPFUL YOU DID A GREAT JOB THANKS FOR THE VIDEOS
Sir , your videos are very useful. Thankq for clear understanding.
Man! you are what I like to call as awesome
Sir in lecture 119 ,14:34 , 0 0 case is noted as memory and 1 1 is noted as not used, in this lecture, 0 0 case is not used and 1 1 case is noted as memory. Why it is contradicting?
Hello and good job to your team. Thank so much for your great videos.
Brilliant letures sir
In this lecture you are saying SR latch for nand gate table is giving 0 1 output of input 1 0 but in lecture no.119 u have written 0 1 is giving 0 1 in SR latch for nand gate. Kindly clarify
Huge Love sir...❤️ ..Thank you for this
sir these are jst awesome videos it cleared all my confusions...sir i request u to plz explain what is preset and clear in book it is horribly explained
Thank you very much sir❤ you are excellent in teaching
I didnt get one thing. It was mentioned in the previous video that the difference between SR latch and SR flip flop is that the former is level triggered while the latter is edge triggered. But isnt level triggering being used for SR flip flop here?
And secondly, does SR latch have no clock input?
Yes, SR latch does not have CLK input so it updates the output immediately as input changes while a flip flop updates the output only when the CLK signal is changing from low to high (leading edge) or high to low (falling edge) as it is edge triggered.
saving my life rn
Your vedio lecture helps lot 💞thank you sir
thank u sir u make it easy and simple love ur style
Again thanks for the concise explanation.
You are the "goat" greatest of all time
Thank u so much..it is very helpful and u clarified my doubts..👍👍
SR Flip Flop
When we attach clock pulse to SR latch it becomes SR flip flop, SR flip flop is an in-memory state when Either clock pulse or SR has low low input.
Edge Triggering Method is used for Triggering the circuit. and so on
Very good
sir in lecture 119 you have explained sr ff using nor gates but in this video you used nand gates which confused me for a while..ps add an annotation for other viewers, for them to understand better...anyways thanks a ton!!!
what i feel is using nand is better as it retains the memory when the clk is 0 which is what should happen in general memory systems
He actually did use NAND gates too. But he didn't explain it since the method is basically the same as that of NOR. He did give the table though. If you've paid attention to NOR gates, you should be able to solve NAND just as easily.
Cheers x
He actually did use NAND gates too. But he didn't explain it since the method is basically the same as that of NOR. He did give the table though. If you've paid attention to NOR gates, you should be able to solve NAND just as easily.
Cheers x
i know..i just mentioned that it could be confusing :s
anyways its good to see replies on youtube
Cheers xP
Richa Ambatipudi yaa really...it was in short but carried the same process as nor gate
Finally I understand this ... Thank u soo much sir ... 😍😍😘
this is also an sr latch with clock being considered as an enable input.
Sir in previous lecture u told that flip flop is edge sensitive but here u have explained characteristics table with level of clock.???
Very well explained sir, understood the concept , thank u
Great content by neso acadamy
Thanks brother for you knowledge and you voice is very heart touching
I can't say only thanks for this deld
Legends watching this video after six years later
Not all heroes wear capes!
Very detailed presentation.... thank u sir.....
i didnt get whats clk 0 and 1?? how can you relate 0 and 1 to level or edge sensitive? please reply