Component/Counter - Revision history

Gelthor: Gelthor moved page Counter to Component/Counter: Should be a subpage under Component

2024-08-27T01:49:56Z

Gelthor moved page Counter to Component/Counter: Should be a subpage under Component

← Older revision	Revision as of 01:49, 27 August 2024
(No difference)

Gelthor: Gelthor moved page Counter (word) to Counter: "word" is redundant

2024-08-27T01:48:21Z

Gelthor moved page Counter (word) to Counter: "word" is redundant

← Older revision	Revision as of 01:48, 27 August 2024
(No difference)

Gelthor: Added infoboxes

2024-08-27T01:47:29Z

Added infoboxes

← Older revision		Revision as of 01:47, 27 August 2024
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			{{Infobox component
			\| component = 8 Bit Counter
			\| image = Component Counter8.png
			\| bit-width = 8
			\| type = 8bit
			\| prerequisite = Counter
			}}

	The 8 Bit Counter component behaves somewhat like a register, in that it starts with a value of 0 and can have its value changed.		The 8 Bit Counter component behaves somewhat like a register, in that it starts with a value of 0 and can have its value changed.

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	The output pin is always active, so the current value of the counter is always being output.		The output pin is always active, so the current value of the counter is always being output.

			== Other sizes ==
			----
			{{Infobox component
			\| component = 16 Bit Counter
			\| image = Component Counter16.png
			\| bit-width = 16
			\| type = 16bit
			\| prerequisite = Lab
			}}
			{{Infobox component
			\| component = 32 Bit Counter
			\| image = Component Counter32.png
			\| bit-width = 32
			\| type = 32bit
			\| prerequisite = Lab
			}}
			{{Infobox component
			\| component = 64 Bit Counter
			\| image = Component Counter64.png
			\| bit-width = 64
			\| type = 64bit
			\| prerequisite = Lab
			}}

			=== 16 Bit ===
			Similar to the 8 bit version but with 16 bit inputs and outputs.

			=== 32 Bit ===
			Similar to the 8 bit version but with 32 bit inputs and outputs.

			=== 64 Bit ===
			Similar to the 8 bit version but with 64 bit inputs and outputs.

Gelthor: Gelthor moved page 8 Bit Counter to Counter (word): Page describes all widths not just 8 bit

2024-08-27T01:35:17Z

Gelthor moved page 8 Bit Counter to Counter (word): Page describes all widths not just 8 bit

← Older revision	Revision as of 01:35, 27 August 2024
(No difference)

Lupin3rd at 21:27, 30 December 2023

2023-12-30T21:27:40Z

← Older revision		Revision as of 21:27, 30 December 2023
Line 1:		Line 1:
	The 8 Bit Counter component behaves somewhat like a register, in that it starts with a value of 0 and can have its value changed.		The 8 Bit Counter component behaves somewhat like a register, in that it starts with a value of 0 and can have its value changed.

	It has two inputs, an Overwrite Value which can be used to change the counter's value on the next tick; and an Increment/Overwrite toggle. The default behavior is to increment by one on each cycle if ~~an OFF~~ signal is connected to the Increment/Overwrite input. If ~~an ON~~ signal is connected to Increment/Overwrite, it will change the value of the counter to the value that is detected on the Overwrite Value pin.		It has two inputs, an Overwrite Value which can be used to change the counter's value on the next tick; and an Increment/Overwrite toggle. The default behavior is to increment by one on each cycle if a {{Off}} signal is connected to the Increment/Overwrite input. If a {{On}} signal is connected to Increment/Overwrite, it will change the value of the counter to the value that is detected on the Overwrite Value pin.

	The output pin is always active, so the current value of the counter is always being output.		The output pin is always active, so the current value of the counter is always being output.

Lupin3rd: Created page with "The 8 Bit Counter component behaves somewhat like a register, in that it starts with a value of 0 and can have its value changed. It has two inputs, an Overwrite Value which can be used to change the counter's value on the next tick; and an Increment/Overwrite toggle. The default behavior is to increment by one on each cycle if an OFF signal is connected to the Increment/Overwrite input. If an ON signal is connected to Increment/Overwrite, it will change the value of th..."

2023-12-30T21:04:19Z

Created page with "The 8 Bit Counter component behaves somewhat like a register, in that it starts with a value of 0 and can have its value changed. It has two inputs, an Overwrite Value which can be used to change the counter's value on the next tick; and an Increment/Overwrite toggle. The default behavior is to increment by one on each cycle if an OFF signal is connected to the Increment/Overwrite input. If an ON signal is connected to Increment/Overwrite, it will change the value of th..."

New page

The 8 Bit Counter component behaves somewhat like a register, in that it starts with a value of 0 and can have its value changed.

It has two inputs, an Overwrite Value which can be used to change the counter's value on the next tick; and an Increment/Overwrite toggle. The default behavior is to increment by one on each cycle if an OFF signal is connected to the Increment/Overwrite input. If an ON signal is connected to Increment/Overwrite, it will change the value of the counter to the value that is detected on the Overwrite Value pin.

The output pin is always active, so the current value of the counter is always being output.