@ 15:07 , if QNOT is already inverse of Q, by it's very nature, if you were to place an inversion dot like you have on QNOT's output, wouldn't the result of the negation be in the same phase and delay as Q?
Great job explaining it! I wish my professor was as good as you are, but he's not, & I suppose that's why he tells us to just watch your videos. lol. (I know, kind of sad, but at least we still learn instead of failing out.)
To make an asynchronous counter using D flip flops, would I just connect D to Q? Or would I have to create a T flip flop (like you did by tying both J and K together) by adding an XOR gate, with it's output being the input of D, and one of the inputs of the XOR gate being one of the outputs of the D gate? Sorry for the long question, Please help!
Hello sir, thank you for your videos, they are very useful. Just a question : what is that software you're using for this presentations ? Thank you in advance.
Amazing tutorial. Not only did I understand the concept clearly, I enjoyed the subject. Thanks a tonne. :)
@ 15:07 , if QNOT is already inverse of Q, by it's very nature, if you were to place an inversion dot like you have on QNOT's output, wouldn't the result of the negation be in the same phase and delay as Q?
great explanation. thanks a lot
Is it possible to pull off the Qnot output for the LSB input to your NAND gate? So instead of pulling a 0 off the Q you're pulling a 1 off the Qnot??
You are a life saver! Thanks! :)
Very good video!!! Please, can you or someone else tell me that is the name of the program that you're using in all those videos?
If QNOT is fed into the clock input of the next flip flop, shouldn't it toogle on the negative side of the clock pulse?
great tutorial..... thanks a lot...
Great job explaining it! I wish my professor was as good as you are, but he's not, & I suppose that's why he tells us to just watch your videos. lol. (I know, kind of sad, but at least we still learn instead of failing out.)
To make an asynchronous counter using D flip flops, would I just connect D to Q? Or would I have to create a T flip flop (like you did by tying both J and K together) by adding an XOR gate, with it's output being the input of D, and one of the inputs of the XOR gate being one of the outputs of the D gate? Sorry for the long question, Please help!
Hello sir,
thank you for your videos, they are very useful.
Just a question : what is that software you're using for this presentations ?
Thank you in advance.
So could you tell me how we design asynchronous counter which count from 1 to 6 ?
Thanks in advance!
thank u so much !! i need the vhdl code for this programs ^_^
how to connect using master-slave ff???
thank u. good job
nice tutorial...
thank you sir
You should make more complicated counters like 3 8 14 21 ...
amazinggg tnxx
thanks
thanks!!!!
thank u sir