The JK flip flop was named after Jack Kilby, the Texas Instruments engineer that invented the integrated circuit in 1958. The modified RS circuit that eliminated race conditions was named JK in his honor. GOOGLE
I think the concept of your videos (the backward writing with the transparent board) are great. However, I only wish you would explain each concept more instead of just draw them and move on. Would you please consider this?
I have a question that I cannot seem to answer. If having a given equation, for example: Q(n+1)=AB'+ABQ(n)'+A'Q(n) How can I implement that with SR flip flops? I build the truth table but I cannot find the connection with an actual gate circuit. Thanks!
hi your videos on digital logic are pretty good ! I am studying mec eng and unfortunately my prof is pretty bad at explaining stuff so I need a source to learn digital logic do you have good text book in mind that explains everything simply? we use mano digital logic in our course but I'm looking for a better one
This topic needs an hour long video with sample exercise questions. (I'm not joking.) I'm currently prepping for a Digital Logic Circuits exam in May, so depending on how much information I can pick up in that time, I may take a stab at creating a RUclips video series on this topic because I think it's currently under-served on RUclips.
I love how Jack works through things and lucidly goes through a topic so fast, but sometimes this approach may not be enough to understand a subject. With this in mind, I want to share a playlist on Latches and Flip Flops by the Computer Science channel which would perfectly complement the Robot Brigade Digital Logic segment with some more in-depth insights: ruclips.net/p/PLTd6ceoshpreKyY55hA4vpzAUv9hSut1H I know many have come before me, but honestly Jack here has put out the single best resource for Digital Logic that I could find on RUclips, so I'm sure it'll continue to be relevant years down the line. I hope this share helps the people come here after me and gives them some extra context for these awesome logic constructs. Thank you Jack, you're a hero for me!
you should have much more views on your videos your a terrific teacher helped me learn the entire course!
This dude is going to save my course. :D
You are innovative . Doing this type of arrangement required lot of brain.
Can I buy you a beer?
This man might just make me pass
same here :')
:p
The JK flip flop was named after Jack Kilby, the Texas Instruments engineer that invented the integrated circuit in 1958. The modified RS circuit that eliminated race conditions was named JK in his honor. GOOGLE
I think the concept of your videos (the backward writing with the transparent board) are great. However, I only wish you would explain each concept more instead of just draw them and move on. Would you please consider this?
Could you in the future, for example, put 1's and 0's in for the D so we can get what's going on in the flip flop?
Thanks for your videos!
I have a question that I cannot seem to answer. If having a given equation, for example:
Q(n+1)=AB'+ABQ(n)'+A'Q(n)
How can I implement that with SR flip flops? I build the truth table but I cannot find the connection with an actual gate circuit. Thanks!
How did you make this video? Do you write on glass?
yup he does
Thanks a lot teacher ,
writing backwards is not in my logic
hi
your videos on digital logic are pretty good !
I am studying mec eng and unfortunately my prof is pretty bad at explaining stuff so I need a source to learn digital logic do you have good text book in mind that explains everything simply?
we use mano digital logic in our course but I'm looking for a better one
This topic needs an hour long video with sample exercise questions. (I'm not joking.)
I'm currently prepping for a Digital Logic Circuits exam in May, so depending on how much information I can pick up in that time, I may take a stab at creating a RUclips video series on this topic because I think it's currently under-served on RUclips.
does it matter where Q or Q' is in D latch?
yes
I love how Jack works through things and lucidly goes through a topic so fast, but sometimes this approach may not be enough to understand a subject. With this in mind, I want to share a playlist on Latches and Flip Flops by the Computer Science channel which would perfectly complement the Robot Brigade Digital Logic segment with some more in-depth insights:
ruclips.net/p/PLTd6ceoshpreKyY55hA4vpzAUv9hSut1H
I know many have come before me, but honestly Jack here has put out the single best resource for Digital Logic that I could find on RUclips, so I'm sure it'll continue to be relevant years down the line. I hope this share helps the people come here after me and gives them some extra context for these awesome logic constructs.
Thank you Jack, you're a hero for me!
thank you a relly liked you videos ... and if you can give lesson about network analyzing
this guy's good...
The sound from the marker :(
"Jump" and "kill" as far as i am told
Bu AA'yı sana adıyorum Elvis.
Had to pause video and rewind a few times to make sure you were indeed writing backwards...stop messing with my head bro.
Scary intro
i couldn't think due to his pork chop sideburns
are u god ?
Dude ditch the Squeaky Marker I cant even get through the video!
GET OUT OF MY MONITOR