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Editing v0.31:Mechanical logic
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* The XNOR gate is an equality gate: The output is ON when both inputs are equal, and OFF when they are not equal. | * The XNOR gate is an equality gate: The output is ON when both inputs are equal, and OFF when they are not equal. | ||
* This gate may be '''even more complicated''' to build than the XOR gate! | * This gate may be '''even more complicated''' to build than the XOR gate! | ||
− | * First, your 'i's are again gears connected to your two inputs. The extra | + | * First, your 'i's are again gears connected to your two inputs. The two extra Ps to the right and below them are additional power sources, ideally only one windmill each. |
− | * Here's where it gets complicated. The load has to be sufficient to shut down the system when additional power | + | * Here's where it gets complicated. The load has to be sufficient to shut down the system even when ONE of the inputs' additional power supplies are connected. However, when BOTH inputs are on, there needs to be enough power from both additional Ps to bring the system back online. |
* Thus our gate does what it is supposed to: Produce enough power to have the OUTPUT gear be ON when both A and B are either 0 or 1, but not when they are not equal. | * Thus our gate does what it is supposed to: Produce enough power to have the OUTPUT gear be ON when both A and B are either 0 or 1, but not when they are not equal. | ||
{{Category|Computing}} | {{Category|Computing}} |