#INFINIFACTORY AND GATE HOW TO#

Additionally it should be quite fast, as both XOR actions take place in single tick, each XOR gate takes 2 cycles to stabilize, ANDs are 1 cycle long, total of 4 cycles is safe overestimation. Looks complex but is fairly simple, 2 XOR gates cascaded, and 2 AND gated fed to OR gate reaction time can get faster when dropping final OR gate and just connecting outputs of 2 AND gates due to wires forming natural OR gate. easily stackable up, if you want I can show you both video of it at work, as well as make it N-bit adder with carry ) just tell me how big N you want :P perhaps 2/4 for starters will make it an interesting video? :P

main and practically - only component for N-Bit adder with carry in cascade configuration you stack N of these, and put carry part from one into the other, with 'external carry' being fed to first one. Strictly logical cuircuit speaking though - the counter element is core for logical subsystem that all it needs is to trimm input to 'most valuable only' and put through AND gate battery with single 'original input' as 'cloned input' as only one secondary input will be present at any given time, it fixes itself up.ītw: thought it might be interesting to you - Full Bit adder with Carry, a.k.a. Trigger to cycle is currently designed to control every single 'readied up to load' unit. Unlike standard 'drop all' set it's controllable, so you can choose which 'slot' to use by unary system control. technically sequential N slot swapping controlled by modified counter I have on my guide.

#INFINIFACTORY AND GATE HOW TO#

Deeetails :P actually I think I have crazy idea how to make N slot swapping ]:> As per adder - I'm currently working on full scale 4 bit adder with carry, part of what is intended to be ALU.

Infinifactory and gate