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6/3/2025, 9:39:20 PM
>>2921827
>I may skip them because I already do microcontrollers and that's already too much.
>I do microcontrollers
>a discrete flip-flop is too much
This is your brain on Arduino.
Anyway, after looking more closely at that schematic you posted (I didn't even realize there was supposed to be a latch in there, draw it normal next time), I'm realizing you're actually trying to build a D flip-flop. Unless you're specifically in this for the learning experience, I suggest you just buy a ready-made chip. All you would have to do is just connect your pulse to the CK input and connect not-Q to D.
It's just...I can't figure out why you have this problem at all. If your signal is coming from a digital source, why can't you just make it hold the correct polarity for the duration of the trigger pull? If your signal is coming from a switch, why do you specifically want a "voltage as input"?
>I may skip them because I already do microcontrollers and that's already too much.
>I do microcontrollers
>a discrete flip-flop is too much
This is your brain on Arduino.
Anyway, after looking more closely at that schematic you posted (I didn't even realize there was supposed to be a latch in there, draw it normal next time), I'm realizing you're actually trying to build a D flip-flop. Unless you're specifically in this for the learning experience, I suggest you just buy a ready-made chip. All you would have to do is just connect your pulse to the CK input and connect not-Q to D.
It's just...I can't figure out why you have this problem at all. If your signal is coming from a digital source, why can't you just make it hold the correct polarity for the duration of the trigger pull? If your signal is coming from a switch, why do you specifically want a "voltage as input"?
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