Level/Always On: Difference between revisions

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(Yet another basic gate)
 
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{{Header Nav|game=Turing Complete}}
{{Header Nav|game=Turing Complete}}
{{Infobox level
| section            = Basic Logic
| type                = Component
| prerequisite1      = AND Gate
| prerequisite2      = NOR Gate
| prerequisite3      = OR Gate
| unlocks-level1      = Second Tick
| unlocks-component1  = ON
| unlocks-component2  = OFF
| unlocks-page1      = De Morgan's laws
| api-enum-id        = always_on
| api-enum-number    = 2
}}


For this level you have to create a circuit that always outputs true.
For this level you have to create a circuit that always outputs true.


{| {{Prettytable}}
{| {{TruthTable}}
|+ Always On Gate Truth Table
|+ Always On Truth Table
|-
! Input !! Output
|-
|-
! Output
| {{Off t}}|| {{On t}}
|-
|-
| True
| {{On t}}|| {{On t}}
|}
|}


To do this just take one of NAND, NOR, or NOT gates and hook only up the output to the output pin.
To do this just take one of NAND, NOR, or NOT gates and hook up only the output to the output pin.


{{Footer Nav|game=Turing Complete|prevpage=AND Gate|nextpage=Second Tick}}
{{Footer Nav|game=Turing Complete|prevpage=AND Gate|nextpage=Second Tick}}

Latest revision as of 23:56, 1 September 2024

Section Basic Logic
Type Component
Prerequisites AND Gate
NOR Gate
OR Gate
Unlocks Second Tick
ON
OFF
De Morgan's laws
Scored No
API always_on (2)

For this level you have to create a circuit that always outputs true.

Always On Truth Table
Input Output
0 1
1 1

To do this just take one of NAND, NOR, or NOT gates and hook up only the output to the output pin.