Комментарии:
Interesting topic sire
ОтветитьMERKO LUND KUCH SMJH NHI AAYA
ОтветитьWhy are you talking like that !
ОтветитьThis was just perfect by you sir!
ОтветитьWhy do you always take a negative edge clock, any specific reason?
ОтветитьSo comfortable , so professional.
ОтветитьYou are amazing , thank you !
ОтветитьIf q3 is 1 then howcome you have take d2 as 0
ОтветитьUsually the most adjacent flipflop is the lsb but in registers the output from that flipflop is taken as msb why?
ОтветитьSir can you please tell me why the clock is set down in the table?
ОтветитьSir what is the meaning of downward arrow ??? In truth table...
Ответитьthank you very much
ОтветитьYou don't know how to teach man. Please have some respect for others time.
Ответитьbefore sem NETFLIX while sem NESO 🥶🥶
ОтветитьMy teacher completely skipped the sequential logic circuits just because its hard!
Your videos have helped me so much!
I really appreciate it!
Can I switch from Jk to D? Can I connect a synchronous counter to JK and convert it to D?
ОтветитьWhy Does SISO Shift Register Has Falling Clock Edge ?
ОтветитьHonestly speaking just because of only you I passed my exam
ОтветитьExplanation was great.. But You should have made separate TABLE FOR D3,D2,D1,D0..
(For better understanding)
"What I have to do?" vs. "What do I have to do?", the latter is correct.
ОтветитьThanks for your presentation. It would be better to understand if you use input with the same bit. For example, 1010
ОтветитьSuper
ОтветитьThis reminds me on a project of years ago. It was used to create a audio echo with using serial shift registers. They called it a bucket line storage and used 8 bit wide and 1k long registers. The delay with running through those registers produced an echo effect.
Ответить❤️
Ответитьconfusion :- why there is Q3, Q2, Q1, Q0 in output
here we are using SISO , So there should be only output at Q0 ???
if i am wrong then why ???
This channel is life saver for enginering students...
ОтветитьThank you sir
Ответитьthanks so much !
Ответитьawesome
😀
Thank you for helping the students from your unique and wonderful teaching and clearing the concepts ☺
ОтветитьThese videos are simply excellent for students, hobbyists and all those who keep learning for a lifetime !
Ответитьnice...
ОтветитьI joined in a core company. Company told me to watch Neso academy videos for learning
ОтветитьHow does this satisfy the flip-flops' hold time?
ОтветитьThank you a lot!!
Ответитьthank you
ОтветитьAnyone from ESTIN? 🤟😂
ОтветитьHi. Can you pls make some videos on Serial Receivers for digital logic? I dont know how to design them or the concept. Ty!
ОтветитьYes , very good
ОтветитьSo this kind of register doesn't storage any data, it only receives data and sends that data.
ОтветитьHoy la academia de Neso me dio una gran introducción para mi conferencia. Gracias👌
Ответитьdoes the siso register store this data for long and whenever we want the output we request it, or the output comes out as soon as the signal is applied? if it's the second case then what would it benefit us if the output signal is equal to the input but just delayed by few micro-seconds?
ОтветитьDo anybody knows in what board or app or something that he is writing
ОтветитьDon't we need any load(which you told in the previous lecture) to store that "1111"
Ответитьhow come when q3 is 1, d2 is 0 if they are connected? this is the first pulse
Ответить