Component/XNOR - Revision history

Gelthor: Fixed typo

2024-08-30T12:47:36Z

Fixed typo

← Older revision		Revision as of 12:47, 30 August 2024
Line 6:		Line 6:

	{\| {{Truthtable}}		{\| {{Truthtable}}
	\|+ ~~XNNOR~~ Gate Truth Table		\|+ XNOR Gate Truth Table
	\|-		\|-
	! Input One !! Input Two !! Output		! Input One !! Input Two !! Output

Gelthor: Added infobox and truth table

2024-08-30T12:45:35Z

Added infobox and truth table

← Older revision		Revision as of 12:45, 30 August 2024
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			{{Infobox component
			\| bit-width = 1
			\| type = 1bit
			\| prerequisite = XNOR Gate
			}}

			{\| {{Truthtable}}
			\|+ XNNOR Gate Truth Table
			\|-
			! Input One !! Input Two !! Output
			\|-
			\| {{Off t}}\|\| {{Off t}}\|\| {{On t}}
			\|-
			\| {{Off t}}\|\| {{On t}}\|\| {{Off t}}
			\|-
			\| {{On t}}\|\| {{Off t}}\|\| {{Off t}}
			\|-
			\| {{On t}}\|\| {{On t}}\|\| {{On t}}
			\|}

	The 1-bit Xnor gate, also called the exclusive NOT OR gate, outputs a {{On}} state only when both inputs are the same. If both inputs are {{On}}, it outputs {{On}}. If both inputs are {{Off}}, it outputs an {{On}}. It is useful when you want to know if two bits are the same, regardless of which state they're in.		The 1-bit Xnor gate, also called the exclusive NOT OR gate, outputs a {{On}} state only when both inputs are the same. If both inputs are {{On}}, it outputs {{On}}. If both inputs are {{Off}}, it outputs an {{On}}. It is useful when you want to know if two bits are the same, regardless of which state they're in.

Gelthor: Gelthor moved page 1-bit Xnor to Component/XNOR: Should be a subpage under Component & Correct capitalisation to match that from the game

2024-08-27T03:07:24Z

Gelthor moved page 1-bit Xnor to Component/XNOR: Should be a subpage under Component & Correct capitalisation to match that from the game

← Older revision	Revision as of 03:07, 27 August 2024
(No difference)

Lupin3rd at 21:25, 30 December 2023

2023-12-30T21:25:38Z

← Older revision		Revision as of 21:25, 30 December 2023
Line 1:		Line 1:
	The 1-bit Xnor gate, also called the exclusive NOT OR gate, outputs ~~an ON~~ state only when both inputs are the same. If both inputs are ON, it outputs ~~an ON~~. If both inputs are ~~OFF~~, it outputs an ON. It is useful when you want to know if two bits are the same, regardless of which state they're in.		The 1-bit Xnor gate, also called the exclusive NOT OR gate, outputs a {{On}} state only when both inputs are the same. If both inputs are {{On}}, it outputs {{On}}. If both inputs are {{Off}}, it outputs an {{On}}. It is useful when you want to know if two bits are the same, regardless of which state they're in.

129.222.2.122: Added basic definition

2023-12-30T15:56:35Z

Added basic definition

New page

The 1-bit Xnor gate, also called the exclusive NOT OR gate, outputs an ON state only when both inputs are the same. If both inputs are ON, it outputs an ON. If both inputs are OFF, it outputs an ON. It is useful when you want to know if two bits are the same, regardless of which state they're in.