SR latch

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Информация о SR latch

Название	:	SR latch
Продолжительность	:	12.58
Дата публикации	:
Просмотров	:	1,8 jt

Whats the difference between SR latch and SR flip-flops?
Comment from : @yoitsHK

12:04 Would you be able to demonstrate the priority ('randomness') using a long cable on the breadboard?
Comment from : @joristube

Beautiful video Thanks a lot 🎉
Comment from : @samarthtandale9121

very good video thank you
Comment from : @Venaber

insanely helpfull thanks a lot
Comment from : @raulcalimann7738

Very useful I wasn't able to understand this from books, but by watching your video , I understood it Thank you I will watch more videos on your channel
Comment from : @gautamanand9052

Why does an input always connect to the ground via a resistor? For example, at 1:46 Can someone help, please?
Comment from : @vidback

The plot twist shown that we made an SR-Latch as a reference from when we used the 555’s is crazy
Comment from : @ATLAS_Dusk

Thank you finally one of these videos that makes sense
Comment from : @andyd8865

Why is that 555 timer - S is Q, R is !Q, and here we have S as !Q and R as Q Why they are opposite ? Is the internal SR latch built differently to have opposite outupts from this diagram?
Comment from : @MrWickedsouls

That is really owesome
Comment from : @mohamedesalem

to turn off the latch you connect another button to B that will ground B when you press it I Did it but I noticed you have to have a separate reset button for every latch you make
Comment from : @Lookbehindyou46

You and math sorcerer sound exactly alike
Comment from : @mariposagold1024

How to modify this so that at power on the latch will be in a predetermined/known state?
Comment from : @mejoe444

I was here 4 years ago for my first course in logic gate Now, I am back here for my master's thesis to review Thanks for the video
Comment from : @nhuphan6969

Thank you!!
Comment from : @tiantongli2654

at 02:58 I followed using my breadboard but the LED turned off when I don't push the button Why? it should stay onbrbrDoes anyone do the same experiment that works?brbrI use SN74LS32N and 330 ohm
Comment from : @yusufmalikul

beginner here, why do we need a 330-ohm resistor between input 1 and ground?
Comment from : @yusufmalikul

Out of curiosity, how can I get that output to drive a load? I have mine hooked up to 5v in, but going to a 2N2222 base to open the gate of an IRF9540 which has a 12v source to drive an amplifier board But it won’t latch for some reason
Comment from : @Tolderian

bread boards are hard to see what is going on because of wiring underneath
Comment from : @johnpro2847

thank you very much for practically explaining this concept , i did try to understand this from book but i wasn't able to understand it after the book
Comment from : @codingisloading

There's this really cool software I found called Crumb It's a breadboard simulator I have breadboards and components, but this software makes it so you don't have to deal with the mess and annoying meticulous wire placement It's not perfect, but I was able to create the CPU Timer I'm running into issues replicating the latches demonstrated in this video, but the issue is related to the fact that adding the LEDs throws in enough resistance to drop the voltage so a latch signal isn't high enough to complete the latch However, the software allows you to view real-time voltage so without the LEDs you can see the effect at least
Comment from : @jeycee32

Picked up a 74LS02 from my local hobby shop and made this circuit Worked beautifully, thank you!brI've done a whole bunch of Arduino stuff over the years, but not straight logic stuff I want to make a little circuit to allow my 2 year old to turn her own light on and off on the bed, but specifically wanted separate on and off buttons to teach her the concept of on and off The SR Latch is therefore perfect And I figured while I could easily make this circuit with an Arduino, for a simple light on/off circuit, it would be massively overkill, so this hugely simplified it for me!
Comment from : @thfreakinacage

As much as id like to say im building these on the breadboard with you im not Iv accualy got it all setup in minecraft 😅
Comment from : @astrixistheman

📺💬 SR Latchbr🧸💬 It is a memory circuit but the OR input is very expensive, the SR Latch can be a safety circuit all logic calculation is done and saved in memory but on another side never know the answer and wait until input some valuebr🐑💬 It is a working result from both sides, and it can be more than a key locker or one bit of memory but it can be a guidance value when you need to have the same value or two times input br🥺💬 That is supposed to be recurrent input signalsbrbrbr( added 📺💬 ความจริง พ่อเค้าก็ขายหน้าไม่ยอมออกมา 🥺💬 ไม่รู้จะตอบทำไม เค้าออกประจำครับ แต่ไม่สบายก็ไป รพ ประจำ น้องก็ไปทำงาน หยุดแต่งเรื่องให้คนไม่กี่คน ผมก็จะทำงานเค้าไล่อยู่นั่น ไม่รู้คิดยังไง 📺💬ความจริง 🥺💬 เรื่องจริง เค้าแหละไปเอามาจากไหนมาไล่ผม หาว่าหนีทหาร จริงแล้วไม่โดนแต่แรกแล้ว ผมตั้งใจเรียน ไม่ตอบนะ 📺💬 นัท 🥺💬 ผิดคือผิดครับ แต่เค้าไม่ใช้วิธีนี้มันปวดหัว หยุดด้วย ผมตั้งใจเรียน )
Comment from : @JirayuKaewprateep

Could Someone tell me how to write the output?
Comment from : @Sdgau

thank you so much, it's the best video on SR latch
Comment from : @indra-jq1wy

great explanation, greetings from brazil
Comment from : @pedromedeiros6907

Thank you so much this is so helpful having the circuit beside help so muchhh thank youuuuuuuuu
Comment from : @anhaihanane7804

Is that a pull down resistor in your circuit that connects to logic A through a switch?
Comment from : @razibhossain5820

Cross coupled gates are very useful as debounce circuits, use a form c switch and get one pulse for each push of the switch😊
Comment from : @larrypredika8744

YOUR VIDEO IS VERY VERY VERY VERY HELPFUL I HAVE NO WORD ,REALLY I GAVE YOU 10000 STARS
Comment from : @user-cq5qb1ud1b

In my case the first circuit that you showed doesn't seem to work, the light stays onn only when the keep pressing the button but turns off when the do not press it, even though I have connected the output to the input
Comment from : @lyricalfamous4301

Thank you for your perfect video I am studying this topic and this video help me a lot
Comment from : @dabdab736

yeah sir this is impressed and easily get in mind compare to full explaination , the circuit is just awesome, it make my logic clear and easily understand , sincerely thanks sir
Comment from : @chongys9901

Amazing video, way better than my college professor!
Comment from : @L-E-son

Great video Goes into great depth Thanks for keeping my love for electronics thriving :)
Comment from : @anishthakkar82

really appreciate it ben for putting together such a great video
Comment from : @kts2877

Very informative 👍
Comment from : @csigazsiga1

Very nice sir hi ji
Comment from : @kailashsingh9737

Nice
Comment from : @SilverPro7773

Hello Ben, this is an excellent explanation of the SR latch My question is, what is the need for the resistors connected to the ground
Comment from : @IsmailHamisi-eh1gq

Why not put a switch in series with a pull down resistor on the first OR gate's output? That way we can reset it with another button
Comment from : @mubashirsoomro6

Amazing explanation, thanks
Comment from : @_creare_2742

3:06 what if you disconnect output and input2 to break the loop? Will it turn itself of?
Comment from : @ExploringNew1

hi
Comment from : @rubenespada8117

How the 120 ohm resistor of the or gate's circuit can limit the current? The current doesn't effected by Rc it's only effected by the base current
Comment from : @user-ru9sp5jp3d

Oh my goodness, thank you for walking us through the flow of signal of the SR Latch Now I understand it clearly Thank you once again Cheers
Comment from : @alcortzprogm7011

Really awesome explanationbrHelped me a lotbrThank you sir
Comment from : @pavan1000

Wow, never stop sir, keep the videos popping, much love from south africa, God bless
Comment from : @sonwabomakinana7962

Thank you so much, but I still have one question, these two inputs in the nor gate, are they connected with a "and" or "or"? :D
Comment from : @nicogw9045

So much respect for you
Comment from : @EmanAl-Murish

Very well explained, thank you!
Comment from : @tomastengberg8067

I wish i found this channel but I wasted much time in india listening to shit Thanks ben This is so helpful
Comment from : @ashikrevi

amazing thank you so much
Comment from : @rama-jq5dy

I wish you were my course teacher So much respect for you The way you have taught us this is super helpful Also thanks to the youtube algorithm for suggesting your video
Comment from : @SajjadFilms

Brilliant explanation! Thank you!
Comment from : @CesarsolpeSum41

Damn, one video better than multiple lectures and tutorials during the semester Wish I had found this video before the final exam
Comment from : @juniorjay001

Brings back memories of navy BE &E school Fun times for sure
Comment from : @MrBillybadasshole

The reason the top was getting priority was because it’s connection to the bottom one was shoter letting it turn that one off faster I do not know for shure if it was mentioned in the video but in case people didn’t here or understood why 12:30
Comment from : @seno7904

I am going to go out on a limb here that chip does not have a /RESET pin, so would it be possible to use a 555 in monostable mode as a one-shot that can deliver 5V to the reset pins for the latches after say 1s after boot-up?
Comment from : @jimedgar6789

Thank you
Comment from : @edwardhalim8414

Basic is memory clock flip flops Memory latch type Clock d type D flip flops computation Capacity induced regulations
Comment from : @venkatbabu186

Does anyone know why the SR latch is called an RS latch (RS-nor latch) in Minecraft redstoning contexts specifically? I've always wondered this
Comment from : @huhneat1076

Minecraft equivalent: T flip-flop
Comment from : @JackSalzman

you really save me with this video
Comment from : @fan0u190

6 years later and you save my life for my exam I have no words… Thank you so much I don’t usually comment but you deserve at least a like and a comment Thank you so much from Switzerland 🇨🇭
Comment from : @melissam1579

I can't build the circuit shown at 3:02 merely from transistors Can someone help, please?
Comment from : @vidback

Amazing explanation! This video really helped me, thanks
Comment from : @furkankanarya2370

MrBen Eater you are a master at explaining & make understand concepts with practical scenarios It's Incredible God bless
Comment from : @NachiappanGanesan

to Convert output to 1 from zero or vice versa add a not in the last as gate
Comment from : @dwaipayandattaroy9801

문과는 몰라도 이과는 지능이 중요하다 지능이 낮거나 높아도 아주 아주 아주 많은 시간이 흐르면 의미나 원리를 깨닿는다 그러나 너무 시간이 흘러버린다 결국 어떤 일정한 스케줄에 맞게 어떤 일이나 공부를 진행하려면 특히 이과에서 진행하려면 지능이 높아야 진행이 쉽다 지능이 높아도 원리 그 자체를 모르고 진행할수 있다 그러나 지능이 높으면 진행이 되지만, 지능이 낮으면 원리를 알때까지 진행 자체가 안된다 깨닳음같은 동양식 이해방법을 이과 문제에 적용하면 안된다 깨닳고 나면 너무 시간이 지나간다 그래서 지능이나 재능이 중요하다 솔직해져야한다 수학을 못하는데 잘하는척 할수 있다 어떤 트릭같은걸 써서 그러나 그렇게 하면 평생을 트릭으로 살아야해서 아주 괴로운 삶이 된다 재능이 중요하다는 말 문과는 사기를 처도 되지만, 이과는 사기치면 자신과 사회나 직장이 손해를 본다 뭐 양심 없으면 그래도 될지 모르지만, 양심있으면 수학에 재능없으면 없다고 고백하고 안해야한다
Comment from : @foliinorderbfs11

These are brilliant Better than Nand to Tetris on Coursera, a lot better actually
Comment from : @robertwilsoniii2048

Best teacher
Comment from : @philshongwe8835

4:20
Comment from : @toman8486

Love your videos, but circuit at 0:40 doesn't work with me at all Same exact setup, but I don't get the latch effect It just goes on and off with the button click What am I missing?
Comment from : @beemerguy3597

O
Comment from : @siphondhlovu5500

One if the best explainer I have seen!!
Comment from : @MrBensella

What is the difference between this and a flip flop
Comment from : @dcamron46

🤍🤍🤍
Comment from : @dewannazmulislam9004

For 74LS02 circuit, why is the top LED light on instead of the bottom one in the initial state?
Comment from : @pacobrodie2709

You are the best
Comment from : @abdullaal3ly247

thank you soooo much
Comment from : @lunaq3681

Great explanation !!!brThanks a lot
Comment from : @newbie8051

Can you show us the circuit drawing of the circuit on the breadboard?
Comment from : @Totardotech

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Comment from : @asepacepjunaedi9005

iam iN Harvard and APortalA iam back here
Comment from : @asepacepjunaedi9005

Hello, I have a question if anyone is still around to answerbrbrIn the second circuit show, the NOR gate circuit You're using a 74LS02, but you have pin 7 connected to 5v, with pin 14 connected to GND, but the datasheet shows it as opposite Pin 7 should be GND and 14 should be VCC Are these interchangeable? Why is it working this way?
Comment from : @TheSlayerDiary

논리회로에 대한 설명이 인상깊습니다 더구나 저는 그냥 문제를 풀기위해 암기하는 식이었는데 이영상을 보고 왜 해야하는 지도 더불어 알게되어 근본적인 지식의 물음을 찾게 되었네요 정말 좋은 강의 영상입니다! 심금을 울렸습니다
Comment from : @teammadmax4905

Ben, you've taught me a lot Thank you!
Comment from : @jboy6944

only people who knowsthey know how to explainthanx Ben
Comment from : @jozefsoucik3115

Very good experiential learning
Comment from : @nara49veera12

3:41 me: yea, just slap a normally-closed button between OUT and B Ben: let's throw another gate in!brbrWell fine, if you want to do it the bright/b way I guess you can do that :D
Comment from : @draeath