|
I think I'll call them, IF and NIF. Their truth tables are as follows, with input A on the left and input B on the right:
NIF IF
H•H= L H•H= H
L•H= L L•H= H
H•L= H H•L= L
L•L= H L•L= L
Recently I was experimenting with resistor transistor logic attempting to find a discreet solution for XOR & XNOR, as I had never seen any example of it. Then a couple days ago a select few posted a number of well thought out examples of how this is accomplished. I was only slightly disappointed that I was then unable to come upon that discovery myself. However, my efforts we're not in vain- there was something left for me to discover. The arduous reconfiguring of transistors yielded these two new logic gates.
I would like to state that I have no illusions that I have made something 'brand new', as I find it hard to believe that it hasn't been made before. But I've never seen it and it's a pretty great feeling to come upon something like this all on your own!
Anyhow, that's that. I'm not sure yet what these gates could be used for, feel free to comment on anything..
|
