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- เผยแพร่เมื่อ 14 พ.ค. 2024
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Learn about the most important component inside of an FPGA: The D Flip-Flop. Another word for the Flip-Flop is a Register. The reason for this is that it "registers" the input data to the output data on every rising clock edge. Flip-Flops along with Look-Up Tables are used to do the majority of your processing inside your FPGA.
They are critical to understand, so watch this video and unlock the magic of your FPGA!
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/ nandland - วิทยาศาสตร์และเทคโนโลยี
Now its been 7 years u upload the video. I m doing masters in power electronic and control . Starting i don't know about FPGA. Even my teacher teach be about FPGA. I didn't understand what he said. But U are genius, and i understand what is FPGA . I watch your first video. This this is my 4th video. I m gonna watch your all video. Thanks again .... keep it up.. sir ..
You explained this the same way a college buddy would. You're really good at this.
We did these basics in cs courses, but you fill the gaps in my knowledge very nicely. Those bits of intuition you give make it a lot easier to digest
More videos!!! These are great. It's like FPGA for dummies.
Good job dude, nice explained and easy to follow. Very interesting to me since I am new to FPGA. Looking forward to your next video!
I love your videos man. I'm a new FPGA designer (and a mechE, so totally don't know electrical stuff) and this is really helping me to grasp the basics!
Your tutorials has been great! You provide layman explanation on niche technical terms, it is newbie friendly! Thanks for your effort.
Thank you SO much! I have been learning fpga's and verilog for a long time now at CU Denver and am going to watch your whole series bc I just seem to be struggling so much. You are so much more helpful than my professor and I really want to learn!
Thank you!!! for all of your videos. I mean for all of them. I'm Glad i subscribed and thank you "youtube" for providing the platform for seeing a one in a billion tutorial like this. Thanks man I really mean it.
Thank you for making these videos, they are awesome and the way you explain things are awesome.
That was an amazing elucidation of what a flip flop is....simple and crisp.
The flip flop and rising edge of the clock was so well explained, thanks 🙏
Easy to follow, good explanations. Subscribed. Please more videos :)
These videos are great. I was able to get a really clear understanding of the flip flop after this video.
Thank you! Exactly what I was looking for.
Russell. Your video tutorials are the best. I'm ordering a Go Board.
Should have paid more attention in class but this feels just like a personal explanation from my professor, so thank you so much!! I feel confident about going to class tomorrow.
Watched this for the second time, 6 months after the first, but now i have an FPGA dev board. light-bulb moment such a simple thing that as a traditional software programmer i never had to really worry about but this video really helps my understanding as i work on my FPGA project.
You sir, are a master. Thank you for this!
I've been struggling to understand the concept of flip-flop, but now all I can say is thank you.
Great Videos! I am stil hoping for more in the future!
That's great. Thanks for easy way in explanation .
Great videos, very valuable content, thank you for sharing your knowledge, congrats!!
plz add more video :) can't wait!
Ur teaching pattern is quite interesting.. And also speaking style is very pleasant. Well done thank you 🙂💐
Great Tutorials Sir Please do more. Thanks!!
Thanks this really cleared up a lot of stuff.
I would watch these videos all day.
Thanks mate, explained calm and easy!
Clear and helpful. Thank you very much!
This video is literally GOLD.. ty so much!!!
Just loved your way of explanation...
Please make much more videos sir, you’re a great teacher . Please do more videos on these type of contents
very useful video. I am new to FPGA, but it is very easy to understand what you say. Thank you.
Thanks Russel, very well explained.
Your talking way is very comfortable to me. Update more videos.
I like FPGA.
Great video , really good explanation !
Thanks for the video , please continue your good work , believe me they are very helpful .
Oh thank you for making this video. It was a pain to find something understandable on my 0 level in electronics. Like the other comments say, please, do more videos. We like your videos a lot :)
Thank you for this video!
Thanks for making this videos they are great and very easy to understand even for me that Im not a native speaker
Great explanation!
Congrats
Sir,please post more videos. Your explanations are really easy to understand. Helped alot. Thank you.
Seriously? Kitna Padhai karega be? :/ . should i even be surprised to see you here... Jokes apart, thanks for the brilliant explanation man
brother many thanks for the easy cool presentation....
Amazing video, this is a much better explanation on D Flip-Flops than my professor gave me. Too bad you couldn't be teaching my digital logic class, because I am sure I would actually learn and enjoy the course.
Very good explanation. Still relevant today!
This was really well explained, I agree with the other comments--make more videos!
Excellent man, thanks a lot!
Your are the best teacher thank for ur wonderful video explanation
Thank you for this one!
u r a great orator ,, please keep on making these kinda videos
Excellent introduction
thanks man, very good explanation . keep up
thanks mate you saved my test
it is old, but still helping people. It is really helpful.
Well explained my man.
Great work, keep it up!
Great info! Thank you
thank you man, wish u make more tutorials
Thank you so much!
You save my life
such an amazing tutorial.
thanks a lot, really good explanation
It is really interesting. Thank you
thank for your videos they are really helpful .. just i want to say that i use NE555 like a clock
Thanks, It was so good
Good explaination.
great work.... helped a lot👍👍
Excellent video
These videos are great, we need a bigger board
thank you ! i got some % about F-F
love your videos!
Great tutorials ..thank you
Wonderful! Thanks.
Thumbs Up!! Buddy , U are Amazing...
You are great! Thank you.
First time ever I see this type of content and you make it pretty understandable! Please keep making this videos!
I have not many time to learn, but I will try understand it. I love electronics :-)
nice .easy to understand
U are doing a great job!
Thank you! You are awesome
Best explanation ive seen so far :p
awesome vid bro
clear explanation
Thanks for your videos, they're great! I am a little worried about how much ink is getting on your shirt, though.
I confuse how to save date with D when D changing with clock in H state.
thanks for the video
You Are Amazing !!
Best video I've ever watched
Superb information. Will you guide to use flip flop's in making a model train signalling system involving only 2 leds (red and green) per flip flop cascaded so that each flip flop triggers the next one so that green becomes red once the train passes the sensor say magnetic reed switch on the track.
perfect video thx bro
All tha brain storage to learn about all the different flip -flops... sigh - thx Nand great video !
Q2 is logic low because of propogation delay at second rising edge.Q does not change at the same time as the clock. It has a small delay each time.
Big thanks.
Thanks for the videos. My main concern is that, although I do get what is happening, I can't make the connection to an actual application that would need this method. So, why would retarding a signal by 1 circle be of use?
Would it mean by appending several D-Flip Flops that share the same clock, I can keep in "memory" the data (for N flip flops I could keep the signal for N clock ticks)? Would that be how to create a "MEMORY" functionality in a calculator for example? (not sure if we keep the data or the output of the flop actually).
thanks for the videos! and thank you for your website too! i dont really understand why so many people work so hard to put out good work like this for everyone to use, when so many people dont even use it. they want better jobs and a better life yet these free resources go ....... anyway ..... //end of rant. thank you!
great, thank you
Just great
OK, this is "The" channel for FPGAs
Great video, thanks for the help!
More understandable than my penn state teacher. Thank you!
Ian F Penn State here too. What year do you take this class?
one way to think of it too, is the "gears" or clock are like tidal waves, coming in and out, with the polar harmony generating the "life" of the circuit. (this helps if your familiar with the concept that the early earth had a moon closer to it causing 100 mile tides, potentially creating life, just like the "life" of the circuit is created by this back and forth, on and off, clock motion. but anyways....... lol)