Digital Logic: D type Flip Flop 

Well flip my flop, now I understand thanks a million, thumbs up and you have a new sub.....

Thank you for this simple and direct video!!! It was SO AWESOME to see a video without a booming intro technobeat and bunches of flashing text. The credits and music at the end was a perfect way to do this!

A little confusion is there,two green LED on pin 2&3 should not glow because their cathods are positive biased as seen in your note sheet drawing.on pressing push button pin 3 &LED anode are at positive potential and LED cathode is also at positive potential.please clear this confusion..

Nice video, thanks. You sound like a tech inclined version of Phil Anselmo in this video. Cool!

What a voice

I do not understand it ! 😔 I just only know a little conpect about it

Your diagram doesn't have a ground on the switch. Is this correct?

you either have massive hands or that is a really small pad of paper

I have got stm8s103f3p6 and i didn't work it successfully! If you have some knowledge about this chip can you share with us? Thanks a lot of!

Can anyone help me do it so that the state changes everytime a clock pulse is made. the data pin would be set low and everytime a button is pushed the Q would toggle. Basically how do we do it with a T flip flop..... thanks in advance

Another informative, interesting and enjoyable video. Thanks.

Loved it.Thanks.

A bit more complicated. Could be used to set an alarm if the clock signal was literally from a 'clock'? Then in accepting the alarm you could re-arm it?

Sir Im so glad you borned one day and then decide to record this magnific video !

Could I use one to control 2 SSR relays with a 555 timer. I already have a 555 circuit that I want to use. I want one relay on when the output of the 555 is high and the other when it's low. I want to charge and discharge a large capacitor. Each relay only draws 9ma or Less at 5v. Can you wire the flip flop to switch high and low with the output of one 555? Or could I just cascade two 555 timers? Watch your videos all the time. Very helpful! 👍 Just wanted to add. I know I can do it with just the 555,. but I have the 555 set to have adjustable pulse width.

Great video! Just a suggestion, it sounds like you might have a bad ground on your mic. There is an audible humm.

thanks sir..

I'm afraid I'm finding the results unrepeatable, can you help? Firstly the LEDs on pins 2 & 3 should be attached to GND and not Vcc (this is incorrect in your diagram but correct on your breadboard), so I have followed this right. When I press my button at pin 3, it goes momentarily HIGH (to 5V, lighting the LED) but when I release it, it should be LOW (it needs to drop

hello! i don't expect you to reply to what i am about to say, but i'll give it a shot. So, the clip is very helpful, and i like the way you explained how a Digital Logic: D type Flip Flop works. The thing is that i need this chip, the 74HC74, to implement something for a project for school...And i don't see how i can do it...I have, by connecting the board to an Arduino board, to make two leds do these things: at 1 second, the first led should be high(brightened), and the second low. At 2 seconds, the first led should pe high, and the second high as well. At 3 seconds, bouth of them should be low. And then this actions should be repeted in a loop. I have to do this by using only one port from the ARDUINO board, like you did in this clip with the 2pin(the D input), but i don't see how i can keep the bouth leds high at the same time. Sorry for my bad english...if you could help me...that would be amazing!

Thanks and Peace!

it has been very disturbing to ear that noisy HUM audio, very sad 😒

Ive been second guessing myself all day whether my D flip flop is working the way it should. Thats a good idea using a momentary switch with a light, and an indicator light for input D1.

Thanks for explaining this, now I understand flip flops a little better! Subscribed!

Very good video! A friend's dad gave be a box of old electronics and I am trying to learn the application of the ICs on some of the boards. One had a handful of TI D-type flip flops, and I'm not smart enough to be able to go on TI datasheets alone haha

We give 5 volts 100 milliamps at school. Is it a problem?

Thanks for actually explaining the change in state after the clock, made a lot more sense for me :)

I need to get a few of these chips on the breadboard and have a play around. Flip flops are often already incorporated in other chips so their function is kind of taken for granted I suppose. That's the reason I keep harping on about getting back to basics!

analysis of clocked sequential circuits (with jk flip flop) this one please

Well explained, thanks.

Kinda cool, never seen or heard of this chip before. Curious about the applications.

Thank you

THANK YOU SO MUCH !!! ....... please continue to make videos like this ! the way you get directly to the subject, and step through things from paper, to hands-on ....... it's just the way it should be. .......there are a lot of other video hosts who do not have your talent for making clear and practical statements. even the most professional videos i have seen -all start with 20 minutes of "how a transistor works" or some other curriculum-based word parade.... .....shucks, in less than ten minutes, you had already taught me what they never did. Thank You, very much. FIVE STARS !