I've been following your videos on Signals and Systems and Digital Electronics for a while now, and I just wanted to say thank you for making these videos. Your teaching style is flawless and the way you take on complicated topics and break them down to provide the simplest possible explanation never ceases to amaze me, that too in such short time! Most of your videos are under 20 minutes and can be covered with ease. Seriously man, you inspire me. :)
I couldn't help but comment, your videos by far tackle what really goes on in the class room more than the other guys, it's almost like you know my professor's curriculum. Thank you for these.
Finished my digital systems course at universal shift register topic. My prof was not good at teaching despite his best efforts. Your videos were quite literally a substitute to my lectures, I aced the midterm and now will hopefully ace the final exam thanks to your content. I sincerely wish you good health for all of your efforts
Thank you sir! This kind of lectures are a big thing for those who don't have any reference books and also for others. I am doing IT engineering and your videos have helped me score more. Big thumbs up!
Just finished watching your digital electronics complete course,200+ videos.A big THANK YOU TO YOU SIR.IT WAS EASIER FOR ME TO UNDERSTEND YOU,EVEN THOUGH I AM NOT A NATIVE ENGLISH SPEAKER,THAN UNDERSTANDING MY PROFESSOR WHO MADE IT SO COMPLICATED.THANKS.
watched the full playlist from counters and registers, very well explained. understood everthing. well prepared for my semester exams. THANKYOU VERY MUCH SIR. YOU ARE VERY GOOD TEACHER.
You helped me learn something very important. It is a lesson that I have learnt. I couldn't understand universal shift register in the class, because the other simpler ones were not taught correctly. As I watched all of the videos in this playlist, it seemed so easy. And yes it is. Now I can draw this circuit diagram without any hesitation even in half sleep. Thank you very much. Keep up the good work. Please upload the complete study of FET in analog electronics as soon as possible, I have my exams that's why. Thanks.
thanks sir aaj mera paper tha .. aapki videos se bohot aacha gya hai ...........aap apni videos me logic gates through transistors and different types of memory bhi include kr dijiye .......baaki sir love you videos ....
It would have been great if the 4 operations going on in the figure would have been highlighted by 4 different colors, BUT you just made everything so easy to understand ❤
Sir I would like become electronic design engineer but i dnt know the Your videos are simply superb easy to understand and thank you thank you very much
i have understood all the topics of sequential circuit by watching your lectures. we made the topic very easy to be understood by me . thank you so much for the entire lecture. sir i want to convey u something regarding the presentation, please mention the lecture no. so that it may be clear about the sequence of the topics . once again thank you so much.
At 8:00, I think you missed that the ff is edge triggered and not level triggered ... So it should wor on +ve edge trigger in truth table Great video btw 👍🏼
Is it correct to say that between switching modes, the flip-flops need to be cleared in order to reset the state of the flip-flips and don't comtain a false (previously stored) value?
I think you understand my question, but to make it extra clear. Let's say I just did a parallel load of 1100. The flip-flops now will contain this value. If I than switch mode to shift right, the first 4 bits coming out will be the 4 bits stored in the flip-flops. So let's say I will shift right 1010, the first 4 bits data out will than be 1100 (previous stored value of flip-flop) and giving a wrong output.
Do u know the answer now? me also having the same question i think we must after any change of operation in this circuit to use clear to delete any stock of data.
Hello dear sir, Thank you so much for the great understandable lectures. Sir, I have a small project regard to this subject due to final exam. The project is in the name of Fuel/Oil dispenser display board working idea. We must perform it practical. As our sir briefly guided to us. Using counters, bread board, wires, transformer, small digit display unit screens and etc. Please give me further instructions on how to perform it. Thanks again
S1 and S0 are select lines of both are zero then no change occurs in the circuit. It simply reads what is given to input or you can say Io will be given as output to A0
Thank you so much I understood very well I have one doubt Why and where we are using clear in the circuit We were using selection lines, clock as inputs
@@viditgangwar999 There isn't an out port for the same so even if we use the mux modes, for getting an SO we must be able to give both A3 and A0 as outs for shift right/left serial operations
You have to increment the no of flipflops mux remains the same....draw two universal shift register structure and keep it in parallel you will understand my friend.
I've been following your videos on Signals and Systems and Digital Electronics for a while now, and I just wanted to say thank you for making these videos. Your teaching style is flawless and the way you take on complicated topics and break them down to provide the simplest possible explanation never ceases to amaze me, that too in such short time! Most of your videos are under 20 minutes and can be covered with ease. Seriously man, you inspire me. :)
University: You have to remember the diagram.
Neso: You have to understand the diagram.
frrrr... 💀💀
Just watched the entire playlist for Registers and Your explanation is very very helpful.
Thank You so much :)
AMULYA NANJAJJAR
@@rockybhai3231 AMULYA NANJAJJAR
@@nesoacademy are the flip flops positive edge triggered you dont use any bubble please reply today is my exam please reply soon
@@rockybhai3231 simp
Priceless ❤️
I couldn't help but comment, your videos by far tackle what really goes on in the class room more than the other guys, it's almost like you know my professor's curriculum. Thank you for these.
Finished my digital systems course at universal shift register topic. My prof was not good at teaching despite his best efforts. Your videos were quite literally a substitute to my lectures, I aced the midterm and now will hopefully ace the final exam thanks to your content. I sincerely wish you good health for all of your efforts
Thank you sir! This kind of lectures are a big thing for those who don't have any reference books and also for others. I am doing IT engineering and your videos have helped me score more. Big thumbs up!
Just finished watching your digital electronics complete course,200+ videos.A big THANK YOU TO YOU SIR.IT WAS EASIER FOR ME TO UNDERSTEND YOU,EVEN THOUGH I AM NOT A NATIVE ENGLISH SPEAKER,THAN UNDERSTANDING MY PROFESSOR WHO MADE IT SO COMPLICATED.THANKS.
Thank u so much
Thanks for your explanation, the best I could find on TH-cam! Cheers from Brazil
then do donate
@@karanbangia14 do not recommend anyone ..its their own choice ..
Fake comments
@@karanbangia14 stfu
Thank You, I scored highest marks in my class just because of you, ending up with A grade in the course.
watched the full playlist from counters and registers, very well explained. understood everthing. well prepared for my semester exams. THANKYOU VERY MUCH SIR. YOU ARE VERY GOOD TEACHER.
It is the best explanation of this topic available on TH-cam!
This is very helpful! I hardly understood anything about registers before I found your channel. Everything is clear now. Thank you!
Your videos helped me a lot in my exam. Thank you so much!
watched flip-flops, registers, counters.
awesome explanation.
Thank you so much sir for these explanations. It helps us a lot. Far better than our college proffessors.
You helped me learn something very important. It is a lesson that I have learnt. I couldn't understand universal shift register in the class, because the other simpler ones were not taught correctly. As I watched all of the videos in this playlist, it seemed so easy. And yes it is. Now I can draw this circuit diagram without any hesitation even in half sleep. Thank you very much. Keep up the good work.
Please upload the complete study of FET in analog electronics as soon as possible, I have my exams that's why. Thanks.
thanks sir aaj mera paper tha .. aapki videos se bohot aacha gya hai ...........aap apni videos me logic gates through transistors and different types of memory bhi include kr dijiye .......baaki sir love you videos ....
It would have been great if the 4 operations going on in the figure would have been highlighted by 4 different colors, BUT you just made everything so easy to understand ❤
Thank you very much, Sir. I watched your complete 199 videos to make a stronghold in digitronics basics.
Thank you so much sir.! Going to write my end semester tommorow.. it would have been hard without your videos.! _/\_
Thanks for such simple but gorgeous explanation throughout this playlist...Love And Respect from Buet Cse,Bangladesh
I do prefer your videos to learn digital electronics.. Hatts off.. Not enough words I have to thank u
I got Full credit on this subject in our college ….. thanx neso academy
U r just simply osm !!!.......... i am in love with ur teaching style.... its simple its clear... Keep up the great work !!!!
ossum
@@nesoacademy please reply
Extremely well explained each n every concept has been explained perfectly thanks fr uploading such videos
Thanks a lot sir i did my semester just because of you. Thanks a lot
best , i came here after watching many videos
but this one is best explanation
thank you
sir you are just awesome ! your all the lectures are just so cool and easy to learn .! loved them .learning made easy
Plz upload ttl and cmos
thnk u very much sir !! pls keep uploading tutorials of other subjects too...
yall donate to this man's work.
This guy is brilliant! Haven't found a better tutorial series for digital electronics
Thanks for the amazing explanation! All videos are very helpful, keep it up!
Are these videos are enough for gate preparation
describing in just a single word = LIVESAVER
Far the best explanation, thank you!
The videos are too damn good... Makes things so easy to understand...Almost no errors present....
.
Intensively, helpful material from your side sir. Thanks a lot...
The best explanation sir.. Thank you soo much
Sir
I would like become electronic design engineer but i dnt know the
Your videos are simply superb easy to understand and thank you thank you very much
i have understood all the topics of sequential circuit by watching your lectures. we made the topic very easy to be understood by me . thank you so much for the entire lecture. sir i want to convey u something regarding the presentation, please mention the lecture no. so that it may be clear about the sequence of the topics .
once again thank you so much.
best teacher
perfect way to describe a topic
Very good tutorial , one of the best video I found.. in TH-cam
Tq bro (sir) tomorrow afternoon is my finals tq soooooo much sir 😘😘😘😘😘🤩
Very amazing lectures
Thank you so much sir for this awesome video ❤️👌❣️
Thank you so much sir!! you explain beautifully with nice speed and ellaborating the topic very well
In order to take serial output we can have an extra mode input which will decide when to load and when to retrieve data
man you are awesome..... best... pls keep uploading other subjects too... 100/100
At 8:00, I think you missed that the ff is edge triggered and not level triggered ... So it should wor on +ve edge trigger in truth table
Great video btw 👍🏼
very nice explained......
fully satisfied
thank u Sir..... . ...
Quite helpful!! Thanku!!
Just wanted to knw how a universal shift register works for the operation of circular right shift
I have a midterm tomorrow on this. It is 11pm. I wish I watched this sooner lol.
best explanation i have came across
Is it correct to say that between switching modes, the flip-flops need to be cleared in order to reset the state of the flip-flips and don't comtain a false (previously stored) value?
bahut bahut dhanayawaad sir
thanks for the video! from Italy
thanks for all these videos, you really are god of digital electronics xD
+inderpreet singh i understood everything from your playlist ;-)
Excellent way of teaching
Couldn't have explained any better.. Thanks a TON
thank u sooo much sir MAY ALLAH GIVE YOU LONG AND HAPPY LIFE
5:26: we can vary them.
your classes are awesome...
I think you understand my question, but to make it extra clear.
Let's say I just did a parallel load of 1100. The flip-flops now will contain this value. If I than switch mode to shift right, the first 4 bits coming out will be the 4 bits stored in the flip-flops. So let's say I will shift right 1010, the first 4 bits data out will than be 1100 (previous stored value of flip-flop) and giving a wrong output.
Do u know the answer now?
me also having the same question
i think we must after any change of operation in this circuit to use clear to delete any stock of data.
I watched your all playlist... Sir you have done excellent work.. Sir please also help me in DAC And ADC converters
Hello dear sir, Thank you so much for the great understandable lectures.
Sir, I have a small project regard to this subject due to final exam.
The project is in the name of Fuel/Oil dispenser display board working idea.
We must perform it practical. As our sir briefly guided to us.
Using counters, bread board, wires, transformer, small digit display unit screens and etc.
Please give me further instructions on how to perform it.
Thanks again
Awesome tutorial 😃👌
for s1,s0 both are 0 then how can we give input because all other mux connection lines are disabled then how can we give input
S1 and S0 are select lines of both are zero then no change occurs in the circuit. It simply reads what is given to input or you can say Io will be given as output to A0
Please add a clear image of the ckt diagram in description
best explanation ever
very impressive teaching thanks to neso
you're a very great teacher thanks ❤👍🏻🗿
Thanks for giving me a useful knowledge I am from Ukraine
While giving inputs in shift right or left whether there will be parallel outputs??
Planning on creating a playlist for Verilog HDL ? :)
about the S1 and S0, one of them must be select and one of them must be the enable right?
do you have any presentation to explain serial addition using shift registers?
thanks sir far a better represent of every topics
and also provide other subjects topic
hats off to you man thank you very much
amazing teaching....
Please upload video for ttl and cmos
beautiful videos with brief explanation
I was shook by the Tarzan at 0:47 in the background.
Thank you so much I understood very well
I have one doubt
Why and where we are using clear in the circuit
We were using selection lines, clock as inputs
3:50 - 4:02
@@ugurcanylmaz6591 tq sir
Godly explanations🙌🙌🙌
Pls do videos on analog layout🙏
How can we get output of serial left as well as serial right shift from the above universal shift register?
can u help with design procedures for registers using different methods..?
Good lectures u deliver
how this circuit will perform PISO operation ?
You can enter the data parallelly by I input and retrieve the data from A° serially.
@@viditgangwar999 There isn't an out port for the same so even if we use the mux modes, for getting an SO we must be able to give both A3 and A0 as outs for shift right/left serial operations
what is the difference between no change mode and parallel loading mode?
sir this circuit is usefull only for 4 bit operations or we can replace 4:1 mux with 8:1, 16:1 mux for 8 bit & 16 bit operations
You have to increment the no of flipflops mux remains the same....draw two universal shift register structure and keep it in parallel you will understand my friend.
kindly add videos of asynchronous sequential circuit
Hi,Can you please explain PISO phenomenon in the above circuit ?
how do you obtain the serial outputs from the universal shift registers...!??
from a0... it changes while shifting.... or a3 for right to left shifting (I guess)
Superb explanation
Great explanation 👌
In this, PISO cannot be configured as no load is configured to select the 3rd pin of mux as I/O.
you have explained very well
Can we use 2x1 MUX in Bidirectional shift registers?