Every gate has its own truth table. Although these seven gates are normally considered the “basic” gates, there are some gates, such as the NAND gate, that are universal, meaning that they can ...

My guess (and I didn’t read the rest of the comments): There will be an output of 1 only if A,B,C is 1. If any of A,B or C is 0, the AND gates at the left won’t activate no matter what D does.

It also now seems like Micron, away from the withering gaze of Intel, is prepared to make the switch for its4th Gen 3D NAND too, which leaves Intel precariously holding up the floating-gate flag ...