SR Flip Flop Explained | Truth Table and Characteristic Equation of SR Flip Flop

[@chandanyogesh9475]

ECE saviour 🙌🙏 Thnks a lot sir

[@anupamaajayan5522]

You are a life saver 🙌❤️

[@mayurshah9131]

ALWAYS GIVING SOME THING SPECIAL, KEEP IT UP

[@mukuljaitu]

Very helpful and informative videos. To the point, all things covered, excellent images and video quality. Literally I prepared for my exam in couple of hours from you the whole content of semester. Thanks bro, Sir ❤

[@ChangeMaker0_0]

great lecture sir thankyou very much

[@praveenkeshari2088]

What a explanation... 🎉

[@VaibhavC-co1bi]

Man you are amazing

[@suyashagrawal9834]

Its the only place where Gated SR latch is not called a Flip flop , all other places on either youtube or coaching classes call this gated latch a flip flop......... I don't know why people refrain from analyzing using timing diagram, I was so disheartened that such a basic thing is covered wrongly in all places..😢

[@Anushka-dabas]

Exactly 💯 ture

[@MurtuzaShaikh-z6g]

Sir i have a doubt, from the positive edge triggered SR flip flop,in the case where S=1 and R=1 why is the output of the AND gate 1 during clock transition period, and why is it becoming 0 just after clock transition, as just after clock transition, clock input would be 1, so 1 in both inputs of AND gate should be 1 na

[@rishithreddygummadi4040]

It is 1 for a short period of time because of delay see 18:38

[@YdvSyAero]

Sir please also upload video on gated D-latch

[@ALLABOUTELECTRONICS]

Please check this video: kzbin.info/www/bejne/e3qvk2B6p76lbqM

[@YdvSyAero]

@@ALLABOUTELECTRONICS I have seen .Thank you bhaiya . You are awesome

[@anonymous9217w2]

sir please reply why at 8:20 the flip flop get reset to 0 0 if S is 1 and R is 0., and why we measure Q and not Q'. Please reply.

[@ALLABOUTELECTRONICS]

Please check it once again, when S= 1 and R = 0 then flip-flop gets set to 1. Qn+1 is 1. (The fourth row) Regarding your second question, in the flip-flop design we are getting two complementary outputs. Some times Q' is also used in the circuits. For example, when you design a sequential circuits using Flip-flops then sometimes Q' output is connected to the next stage of the circuit (just to save one inverter)

[@6blak197]

S and R is present state right(that's what my understanding), then you have to copy the values of S and R in present state right, but you are making everything as 0 and 1 how? Just tell me how we are getting the present state values. I know about the first three rows 8:34 in present state, explain about the last 2 rows for present state.

[@6blak197]

Understood myself sorry pal ✌️💪

[@nayandutta8315]

Sir are you mr. Mohammed shanawaz sir from heritage institute of technology?sir please tell me. I am eagerly waiting for your answer.

[@ALLABOUTELECTRONICS]

Please check the about section of the channel. You will get it.

[@shubhamkumar3139]

bruh app kon se year se ho ??

[@yusufislamkcr]

2:12 why the output of this xor gate is equal to 0? Maybe previous stage is 0. I didn't undarstate that.

[@ALLABOUTELECTRONICS]

Here, just for explaining, the initial state of the XOR gate is assumed as 0.

[@guru6333]

Sir how sr flip flop using nand gate is different from this Nor gate sr flip flop?

[@IronGreninja]

❤

[@khannic2888]

11:59

[@ajiteshkumar5841]

Sir where are the videos of JK , T and D flipflop.

[@ALLABOUTELECTRONICS]

It will be covered very soon.

[@ALLABOUTELECTRONICS]

For more info, check these other useful videos: 1) Latch and Flip-Flop Explained kzbin.info/www/bejne/goXXpoybiNJ9aMk 2) SR Latch and Gated SR Latch kzbin.info/www/bejne/roCxpJSIi76Eo6M 3) Introduction to Sequential Circuits: kzbin.info/www/bejne/nH2xYoyFotp0qJo 4) Digital Electronics (Playlist): bit.ly/31gBwMa Link for the Multisim Simulation : bit.ly/3tGWBuL

[@MohidShaikh4444]

Why are you talking like a robot? You always end each of your statements with the same tone. Not trying to be rude, just found it distracting.

[@KandhanM-n1o]

when the present state is 0 1 and the input changed to 1 1 now what is the next state of the sr latch or flip flop when enable is 1

[@ALLABOUTELECTRONICS]

S= 1 and R = 1 input is prohibited in the SR latch/flip-flop. Because when both inputs are 1, then Q and Q' is 0 at the same time at the rising edge. And after the rising edge, depending on the propagation delay, the output (Q and Q') will be either (1,0) or (0,1). I have already explained that from 8:33 onwards. Please watch it once again. You will get it.

[@KandhanM-n1o]

yes sir i got it thank you so much@@ALLABOUTELECTRONICS

[@KandhanM-n1o]

i got it sir thank u so much@@ALLABOUTELECTRONICS

[@tasadikapatel2]

Ur teaching is awesome bt can you use Hindi language also?????

[@shashankkumar7141]

Sir kmap was wrong

[@ALLABOUTELECTRONICS]

Would you please mention where you are referring ?

[@shashankkumar7141]

In characteristic eq of SR FLIP FLPO

[@ALLABOUTELECTRONICS]

@@shashankkumar7141 Its seems alright !! And the characteristic equation is also alright !! Just wanted to know, why do you feel its wrong !!

[@rinturifle1488]

​@@ALLABOUTELECTRONICS No sir, it's correct. 👍