Logic World Wiki - User contributions [en]

Relay

2025-09-07T03:22:34Z

HuntaBadday:

{{Infobox component
| title=Relay
| caption=Relay
| id=MHG.Relay
| io.propagationDelay=1
| io.maxInputs=3
| io.minInputs=3
| io.outputs=2 (Side inputs are also the outputs)
}}
The relay is a component which can pass a signal between the two side pins bi-directionally while the top pin (Enable) is HIGH.

== Timing ==
The Relay has a latency of 0 ticks for a signal to pass between the side pins, but has a switching latency of 1 tick. So in the instance the enable pin is HIGH, it will take 1 tick to switch the Relay into the ON state to allow a signal to pass between the side pins. The same is for when the Relay switches to the OFF state, taking 1 tick to switch.

== Configurability ==
This component cannot be configured in the edit menu.

Relay

2025-09-07T03:22:15Z

HuntaBadday:

{{Infobox component
| title=Relay
| caption=Relay
| id=MHG.Relay
| io.propagationDelay=1
| io.maxInputs=3
| io.minInputs=3
| io.outputs=2 (Inputs are the outputs)
}}
The relay is a component which can pass a signal between the two side pins bi-directionally while the top pin (Enable) is HIGH.

== Timing ==
The Relay has a latency of 0 ticks for a signal to pass between the side pins, but has a switching latency of 1 tick. So in the instance the enable pin is HIGH, it will take 1 tick to switch the Relay into the ON state to allow a signal to pass between the side pins. The same is for when the Relay switches to the OFF state, taking 1 tick to switch.

== Configurability ==
This component cannot be configured in the edit menu.

Relay

2025-09-07T03:21:47Z

HuntaBadday: Created page with "{{Infobox component | title=Relay | caption=Relay | id=MHG.Relay | io.propagationDelay=1 | io.maxInputs=3 | io.minInputs=3 | io.outputs=2 }} The relay is a component which can pass a signal between the two side pins bi-directionally while the top pin (Enable) is HIGH. == Timing == The Relay has a latency of 0 ticks for a signal to pass between the side pins, but has a switching latency of 1 tick. So in the instance the enable pin is HIGH, it will take 1 tick to switch t..."

{{Infobox component
| title=Relay
| caption=Relay
| id=MHG.Relay
| io.propagationDelay=1
| io.maxInputs=3
| io.minInputs=3
| io.outputs=2
}}
The relay is a component which can pass a signal between the two side pins bi-directionally while the top pin (Enable) is HIGH.

== Timing ==
The Relay has a latency of 0 ticks for a signal to pass between the side pins, but has a switching latency of 1 tick. So in the instance the enable pin is HIGH, it will take 1 tick to switch the Relay into the ON state to allow a signal to pass between the side pins. The same is for when the Relay switches to the OFF state, taking 1 tick to switch.

== Configurability ==
This component cannot be configured in the edit menu.

User talk:HuntaBadday

2025-09-07T03:11:31Z

HuntaBadday: Blanked the page

User talk:HuntaBadday

2025-09-07T03:10:48Z

HuntaBadday: Created page with "Well this is weird... I clicked on an invalid link by my username... and I can make a page for it?"

Well this is weird... I clicked on an invalid link by my username... and I can make a page for it?

Oracle

2025-09-07T03:09:14Z

HuntaBadday:

{{Infobox component
| title=Oracle
| caption=Oracle
| id=MHG.Randomizer
| io.propagationDelay=1
| io.maxInputs=1
| io.minInputs=1
| io.outputs=1
}}The Oracle is a digital component which will output a random state (HIGH or LOW) on the rising edge of the input.

The Oracle will demonstrate the following behavior:
{{Truth table
| inputs=Enable
| outputs=1
| caption=Oracle Truth Table
| 0 0
| 0 1/0
}}

== Timing ==
The Oracle has a latency of 1 tick, so in the instance of the enable pin goes HIGH, the output will be in a random state of either '''LOW''' or '''HIGH'''. The same is for when the enable pin goes LOW, the output will be set to '''LOW''' one tick later.

== Configurability ==
This component cannot be configured in the edit menu.

Oracle

2025-09-07T03:07:12Z

HuntaBadday: Created page with "{{Infobox component | title=Oracle | caption=Oracle | id=MHG.Randomizer | io.propagationDelay=1 | io.maxInputs=1 | io.minInputs=1 | io.outputs=1 }}The Oracle is a digital component which will output a random state (HIGH or LOW) on the rising edge of the input. The Oracle will demonstrate the following behavior:{{Truth table|0 0|0 1/0|inputs=Enable|outputs=1|caption=Oracle Truth Table}} == Timing == The Oracle has a latency of 1 tick, so in the instance of the enable pi..."

{{Infobox component
| title=Oracle
| caption=Oracle
| id=MHG.Randomizer
| io.propagationDelay=1
| io.maxInputs=1
| io.minInputs=1
| io.outputs=1
}}The Oracle is a digital component which will output a random state (HIGH or LOW) on the rising edge of the input.

The Oracle will demonstrate the following behavior:{{Truth table|0 0|0 1/0|inputs=Enable|outputs=1|caption=Oracle Truth Table}}

== Timing ==
The Oracle has a latency of 1 tick, so in the instance of the enable pin goes HIGH, the output will be in a random state of either '''LOW''' or '''HIGH'''. The same is for when the enable pin goes LOW, the output will be set to '''LOW''' one tick later.

== Configurability ==
This component cannot be configured in the edit menu.

D Latch

2025-09-07T00:55:03Z

HuntaBadday: Created page with "{{Infobox component|caption=D Latch|id=MHG.DLatch|io.propagationDelay=1|title=D Latch|io.maxInputs=2|io.minInputs=2|io.outputs=1}}The '''D Latch''' is a basic digital component who's output can be latched to the input when the latch pin is set to HIGH. The D Latch has an input on the side (data), an input on the top (enable), and an output on the top. The input on the side is a state to be latched; while the enable input is HIGH, the output state will be latched to the..."

{{Infobox component|caption=D Latch|id=MHG.DLatch|io.propagationDelay=1|title=D Latch|io.maxInputs=2|io.minInputs=2|io.outputs=1}}The '''D Latch''' is a basic digital component who's output can be latched to the input when the latch pin is set to HIGH.

The D Latch has an input on the side (data), an input on the top (enable), and an output on the top. The input on the side is a state to be latched; while the enable input is HIGH, the output state will be latched to the input's state.

The D Latch will demonstrate the following behavior:
{| class="wikitable"
|+D Latch Truth Table (* = Previous State)
!Data
!Enable
!Output
|-
|LOW
|LOW
|*
|-
|LOW
|HIGH
|LOW
|-
|HIGH
|LOW
|*
|-
|HIGH
|HIGH
|HIGH
|}

== Timing ==
The D Latch has a latency of 1 tick, so in the instance when the enable pin is HIGH, the output will become latched to the data input 1 tick later.

== Configurability ==
This component cannot be configured in the edit menu.