Is there anything you can't teach?! You have been my holy grail for the past 4 years and whenever I search up a new subject lo and behold, you teach it. You are tremendously appreciated.
I left a comment asking one time for him to give a little breakdown of his history and what he does for work...never heard back but would be interesting to know
I studied economics and statistics in my first degree and then am studying computer science engineering for my second degree and I guarantee you have been better than all the lecturers I have met
There is something so perfect about how this fundamental unit of memory looks like somewhat like an infinity symbol. Symbolically representing a never-ending loop.
I appreciate you going through all the scenarios. It helps me to understand the concept better. I have watched other videos that go through it too fast. This was better !!
HEY !! Consider making one for all combinational logic circuits: adders, subtractors, comparitors, MUX, DEMUX,encoders,decoder and any more you could be interested in.it can be a series of short vids or one long 1/2 hour vid ....Thank you for making great content
You might want to play with Minecraft. You can test logic circuits in-game. There are even Minecraft players building computers inside the Vanilla game, including 8-bit memory registers. It is kind of meh for professionals but you can do it as part of de-stressing from school/professional work.
I dunno why i get the topic everytime if he's the one explaining it I don't even know engineering or whatever this is but im getting the process very quickly Now i know where to actually watch about these type of stuff
my school project is based on this circuit i have implemenetd thuis circuit in Scratch for burglar alarm..... now my project has jus tbecome a wonder thanks sir. I learned a lot
Pay college tuition just to be taught by The Organic Chemist, since my time goes into watching his videos than the time I spend time in class once a week.
Out of curiosity, why does this schematic use two (inverse) outputs? For the record, I have very little knowledge of logic circuits, but there are two things that make this choice seem odd, which is why I'm asking for clarification. First, you hinted at it, but you don't know for sure what the initial state is going to be since it depends on which NOR gate feedbacks into the other one first. Second, we only need one output to represent all possible states because having both outputs be 1 or 0 at the same time isn't possible. I didn't come up with this myself but saw a picture online, which is why I looked for more infos on the SR Latch in the first place. But it basically showed the S input simply leading into an OR gate, which then split up into the output and the other feeding back. Let's call the feedback F because this is confusing to write in text. Then the R input feeds into a NOT gate, which goes into an AND gate together with F, and the result goes into the OR gate from before. From what I can tell this should always initialize with the output as a 0, and it latches and resets all the same. I have absolutely no problem with the explanation or anything. It's very helpful. I just wonder why it uses this format for the output.
Sorry. We can't talk about tt in sequential circuits. It is a state or characteristic table instead. Because in a tt we can't have different output values for the same set of inputs.
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Is there anything you can't teach?! You have been my holy grail for the past 4 years and whenever I search up a new subject lo and behold, you teach it. You are tremendously appreciated.
true
I left a comment asking one time for him to give a little breakdown of his history and what he does for work...never heard back but would be interesting to know
probably something like chemical engineering would make him take all these stem topics@@mikeearls126
Man . Same thought here😂
Was struggling in calculus, you helped! Was struggling in digital design fundamentals and cant believe you got a video for that too!
I thought this was taught in computer science not calculus
@@ninjapirate123This is why reading comprehension is important
@@1Bobobo yeah i just realized that I wsn't reading his comment carefully
bro this guy is teaching me the entire career
I can' t rlly imagine the world without this guy
I used to watch your videos in my math days, you're here again to save the day 🥺
Every time I am struggling in school Organic Chem Tutor has been there to help me. A man that never disappoints
This is magic for a mechanical engineer.. And out of the world explanation! 🙏
bro how can you being so good at all majors , thats insane , u have litteraly ult :D
I studied economics and statistics in my first degree and then am studying computer science engineering for my second degree and I guarantee you have been better than all the lecturers I have met
There is something so perfect about how this fundamental unit of memory looks like somewhat like an infinity symbol. Symbolically representing a never-ending loop.
Bro, you are the best ever, can't graduate without you
whoever came up with that is INSANELY clever, wow
You're a lifesaver mate.
Love this channel!!! You got me through maths, and now digital science too?! ❤❤
I appreciate you going through all the scenarios. It helps me to understand the concept better. I have watched other videos that go through it too fast. This was better !!
thank you, couldn't understand anything from our lecturer but your explanation is crystal clear
i cant imagine living without u..
HEY !! Consider making one for all combinational logic circuits: adders, subtractors, comparitors, MUX, DEMUX,encoders,decoder and any more you could be interested in.it can be a series of short vids or one long 1/2 hour vid
....Thank you for making great content
what's the use of paying tuition fees at this point?
@@I_am_FRANCO At some point every thing will be archived on the internet in very interactive and accessible ways , not even including generative AI
@@I_am_FRANCO The certificate that you did, in fact, learn all of these things to a testable degree.
I clicked it really fast. These are the topics that struggles me as a computer engineering student.
@@MartensFamilyHomeMovies okay edited
You might want to play with Minecraft. You can test logic circuits in-game. There are even Minecraft players building computers inside the Vanilla game, including 8-bit memory registers. It is kind of meh for professionals but you can do it as part of de-stressing from school/professional work.
I watched few times and understood it.Thank you so muuuuuch for excellent presentation
I dunno why i get the topic everytime if he's the one explaining it
I don't even know engineering or whatever this is but im getting the process very quickly
Now i know where to actually watch about these type of stuff
This is digital electronics.
bros videos was always a lifeline
Thank you so much this is the best explanation i've found in the internet
Thank you so much for this explanation, I needed to remember this....
Thank you, just thank you, for every video you made. Really, thank you.
Thanks!
At 7:34 why is Q’=0? Why would it not be 1 like it shows on the diagram
yeah I think he has done a mistake there. Q' = 1 since the input of it is 0 nor 0 = 1
im thanking you from bottom of my heart.THANK YOU
my school project is based on this circuit
i have implemenetd thuis circuit in Scratch for burglar alarm..... now my project has jus tbecome a wonder
thanks sir. I learned a lot
Pay college tuition just to be taught by The Organic Chemist, since my time goes into watching his videos than the time I spend time in class once a week.
THANK YOU SIR!!!
Greetings from Suez Canal University!
dude you know everything
Wtf you literally teach everything - THANK YOU
you are the best teacher
7:17 ~Q=0 is a mistake.
I don't think it is. Because if r and s are both 0, thus results in q having no change. (Not sure, don't trust my hypnosis, I'm an idiot)
@@mengvang396 initially Q=0 & Q'=1 so it wouldn't change
Leonardo da Vinci was a medieval polymath and this channel's host is modern day's.
First let’s gooo love your vids bro Ty for all you do
Very nice! Thank you.
Thank you for saving me again.
Got a test today , sending the results
How'd you do
Passed 84%
Your video is for people who not good at math to develop themself
Thank you for doing this !
Thank you for this Sir❤
You the great
You are a genius.
Even though my course is near completion I request you to make a series for Digital Logic Design.... It will be very helpful for future students ❤️
I love this channel
Love you Sir🥺
Thatnks a lot
love you man.
you're a lifesaver
Thank you, I have been trying to remember the name of this type of circuit for months but i just couldn't remember it.
at 7:15 did you mean q bar should be 1?
yeah it should be 1
That's where I got confused too. Thank you. I think it should be a 1
you are the goat
Genius!!!❤
THANK YOU
Terrific keep it up, Thanks v much.Sir
can´t wait to have enough money so i can donate it to you
Thank you so much
WOW this is GOLD. My prof recorded lecture was making me ZZZZZZzzzzzzzzz...
The amazing man
When we release s and r which means we are cutting current connection then how can current flow in the circut(q=1).It is frustrating
thank you
My savior
At 8:35, why didn't you feed the output "1" from the reset to the input of the set?
At around 07:00 I think you made a mistake with making -Q 0 instead of 1
I salute you Sir
7:19 how can Q and Q' have the same value ?
Knew I couldn't be the only perosn who caught this
Bros posting videos at 4 am💀 guys a machine
he’s super smart too
Good morning, please make SR latch with OR gate 🙏, more videos thank you for easy-to-use explanations
Keep going sir!
At 7:21. How comes the initial values noted, Q' is different from Q' on the diagram???
Someone answer please
This is helpful thank you
Out of curiosity, why does this schematic use two (inverse) outputs? For the record, I have very little knowledge of logic circuits, but there are two things that make this choice seem odd, which is why I'm asking for clarification. First, you hinted at it, but you don't know for sure what the initial state is going to be since it depends on which NOR gate feedbacks into the other one first. Second, we only need one output to represent all possible states because having both outputs be 1 or 0 at the same time isn't possible.
I didn't come up with this myself but saw a picture online, which is why I looked for more infos on the SR Latch in the first place. But it basically showed the S input simply leading into an OR gate, which then split up into the output and the other feeding back. Let's call the feedback F because this is confusing to write in text. Then the R input feeds into a NOT gate, which goes into an AND gate together with F, and the result goes into the OR gate from before. From what I can tell this should always initialize with the output as a 0, and it latches and resets all the same.
I have absolutely no problem with the explanation or anything. It's very helpful. I just wonder why it uses this format for the output.
At around the 10 minute mark, the very first of the rows of R,S,Q, 'Q(bar) shouldn't 'Q be 1?
Thank you so much!
still better than the prof mane
Thanks dude
Thank you 💕😊
ياخ ياخ ياخ ياخ ❤❤❤❤❤❤❤❤❤❤❤❤❤
thank you
Perfecto
Degree from university knowledge from organic chemistry tutor♥️
what am not understanding your showing a sr latch where R is infront of Q while other examples on the net it is the opposite, which one is right?
No, You thank you!
Do you have video about Sequential Circuits?
how can it save bit if all input goes to q? or the idea of save is loop inside?
Small error but at 7:16 you write Q' as 0 but it should be 1. If it were 0 then Q would become 1
How can a piece of wire 'remember' if they're 1 or 0? how long can a wire even remember if it is 1 or 0 even
truth table is truthful indeed
Sorry. We can't talk about tt in sequential circuits. It is a state or characteristic table instead. Because in a tt we can't have different output values for the same set of inputs.
I love it
PLEASE!! Make the SAVE option for the video: Number Series Reasoning Tricks - The Easy Way! available!!
Thank u sir
ur voice is so good,y dont u try to dub in animes or movies
bravo
You have a video on SR latches but none on Laplace Transforms…
My instructor assigned us to create a 64 bit memory cell how can i create that can anyone help me he gave us similar to that schematic
Sir, make this kind video using transistor please.
How are you actually multitasking these stuff?
What can't you teach exactly?
Powerful you cus me I'll just faint ❤