Latches and Flip-Flops 6 - The JK Flip Flop

[@rdnetala]

I'm in the computer science program at my uni and everytime one of the underclassmen take the EE course I recommend these videos to them for the final. You clutched that class for me about a year ago, so thank you!

[@ComputerScienceLessons]

That's really great to hear. Thank you. :)KD

[@alexanderjoseph5380]

This video was such a good explanation! A lot of the EE videos I find on youtube are super confusing but this one made me finally understand JK flip flops. Thank you!!!!!

[@ComputerScienceLessons]

You're welcome :)KD

[@piecucci]

brilliant! I like the minimalistic approach, pure education with no distractions

[@ComputerScienceLessons]

Thank you :)KD

[@prism_schism]

You've made a very positive impact in my learning thanks to providing such clear and concise learning material for free. AMAZING.

[@bigchungus937]

These are so clear and helpful, best I have seen yet.

[@ComputerScienceLessons]

Thank you. :)KD

[@AbigailRosales-vc5bk]

I'm in my first semester of university and just couldn't grasp the concepts of flip-flops. You explained it so easily and with a cool and clear visual representation-amazing. Greetings from Argentina!

[@juliansantos1900]

Finally British vid 😭

[@thodorisevangelakos]

Seeing how the time the rise lasts is essentially equal to the time it takes electricity to cross an inverter vs a cable is beautiful in its own way

[@Emir__Arslan]

I really appreciate for that video list. You explained very clear and fluently thank you man

[@bubadukuray3095]

Why do colleges make it so hard to understand??

[@ComputerScienceLessons]

They either understand it too well (but don't really understand how people learn), or they don't understand it at all. :)KD

[@kissassparty]

Another element is youre going back to learn something in another way making you master the subject better. Youll never understand anything in-depth from the first lesson.

[@Thundermight]

I'm in high school 💀💀

[@leyteristhomas6994]

could you continue this series please?

[@markfinn825]

I have a flip flop that can be leading or trailing edge transition triggered and loaded with a 1 or 0. It uses And Gares , Or Gates and Inverters and is easy to understand .

[@enriqueeenriquez8818]

Simple, very good

[@ComputerScienceLessons]

Thank you :)KD

[@lkiller4788]

Excellent video 👍

[@okikioluwakitansokoya8010]

i appreciate this so much! you explained each perfectly.

[@ComputerScienceLessons]

You are most welcome. You might like this video too, in which I simulate a JK flip flip ua-cam.com/video/pGDA6ch8twc/v-deo.html
:)KD

[@markfinn825]

There are flip flop designs that rely on a different latch that don't rely on pulse inputs. With low to high or high to low toggling

[@kellyredds7292]

This is excellent

[@ComputerScienceLessons]

Thank you :)KD

[@MhdAliAlashkar]

شكراً لنشر العلم مقطع رائع

[@ComputerScienceLessons]

انت مرحب بك

[@victormaxwellpeters9771]

In the beginning also there will be race conditions and why it's not specified??

[@ComputerScienceLessons]

It has been a while since I made this series, but I believe I mentioned race conditions when I covered the SR latch. I hope this helps :)KD

[@Stomachbuzz]

Do you know of a method to tie together basic logic blocks to test Change of State? Such as triggering when a button changes state. Edge detection, I suppose.
Something rather simple to do in text base programming:
if (buttonState != lastButtonState) then (Counter = Counter + 1);
lastButtonState = buttonState;

[@thomassaook7787]

awesome

[@magnuswootton6181]

got your computer finished yet? :)

[@ComputerScienceLessons]

It kind of works. It's a wall display now :)KD

[@magnuswootton6181]

@@ComputerScienceLessons ive got a custom risc processor on the way, dont know how much hz im going to be able to get, its a little nerve wracking. :)

[@ComputerScienceLessons]

It's the journey, not the destination, that counts. :)KD

[@ammarsamy1439]

gamedd zo7lee2aaa

[@ComputerScienceLessons]

idu