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Difference between revisions of "Always-on circuit guide"

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(auto restart an always on circuit)
 
m (Sunspots moved page Always-on-circuit to Always-on circuit guide)
 
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This circuit will check a device - in this example a [[Wall Light]] - and restart it, if it will shot down for a reason.
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This circuit will check a device - in this example a [[Wall Light]] - and restart it, if it will shut down / deactivate for a reason.
 
 
 
 
  
 
<gallery>
 
<gallery>
 
AlwaysOnCircuit.jpg|Full Visual with Settings
 
AlwaysOnCircuit.jpg|Full Visual with Settings
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</gallery>
  
</gallery>
 
 
[[File:AlwaysOnCircuit.jpg|thumb]]
 
[[File:AlwaysOnCircuit.jpg|thumb]]
  
  
 
== Trivia==
 
== Trivia==
*This little thing was invented by user "Simoyd" in discord-chat "logic-ciruit-discussion" and needed an created by user "Raumfahrtdoc"
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*This little thing was invented by user '''"Simoyd"''' in discord-chat "logic-ciruit-discussion" and needed and created by user "Raumfahrtdoc"
 
*This is super useful to restart the [[Kit (Gas Generator)]] / [[Gas Generator]]
 
*This is super useful to restart the [[Kit (Gas Generator)]] / [[Gas Generator]]
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== Improved version ==
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[[File:Improved Always-On-Circuit.png|thumb|Improved Always-On-Circuit using only two I/O and two processing units.|thumb]]
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Using the new [[Kit_(Logic_Processor)#Min.2FMax_Unit|Min/Max Unit]] as an OR gate and [[Kit_(Logic_Processor)#Compare_Unit|Compare unit]] as a (controlled) NOT gate, a much cheaper version is possible. Basically, it is a controlled clock that only runs when the device is off and otherwise stays at 1. The circuit can also be modified easily to make an always-off circuit (e.g. to auto-close doors), see table below.
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{| class="wikitable"
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|+ Circuit setup
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|-
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! Unit name || Unit type    || Connector / Setting || Source / Value
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|-
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| reader    || Logic Reader Unit || IN            || '''device''' (whatever you want to control)
 +
|-
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|          ||              || VAR                || On (''Open'' for a door or switch)
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|-
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| max      || Min/Max Unit || OPR                || Greater (''Less'' for an always-off-circuit)
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|-
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|          ||              || 1 (input 1)        || reader
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|-
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|          ||              || 2 (input 2)        || compare
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|-
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| compare  || Compare Unit || OUT                || Equals (''NotEquals'' for an always-off-circuit)
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|-
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|          ||              || 1 (input 1)        || reader
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|-
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|          ||              || 2 (input 2)        || max
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|-
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| writer    || Logic Writer || IN                  || max (''compare'' will also do)
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|-
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|          ||              || OUT                || '''device''' (whatever you want to control)
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|-
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|          ||              || OUT VAR            || On (''Open'' for a door or switch)
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|}

Latest revision as of 11:37, 18 November 2019

This circuit will check a device - in this example a Wall Light - and restart it, if it will shut down / deactivate for a reason.

AlwaysOnCircuit.jpg


Trivia[edit]

  • This little thing was invented by user "Simoyd" in discord-chat "logic-ciruit-discussion" and needed and created by user "Raumfahrtdoc"
  • This is super useful to restart the Kit (Gas Generator) / Gas Generator

Improved version[edit]

thumb

Using the new Min/Max Unit as an OR gate and Compare unit as a (controlled) NOT gate, a much cheaper version is possible. Basically, it is a controlled clock that only runs when the device is off and otherwise stays at 1. The circuit can also be modified easily to make an always-off circuit (e.g. to auto-close doors), see table below.

Circuit setup
Unit name Unit type Connector / Setting Source / Value
reader Logic Reader Unit IN device (whatever you want to control)
VAR On (Open for a door or switch)
max Min/Max Unit OPR Greater (Less for an always-off-circuit)
1 (input 1) reader
2 (input 2) compare
compare Compare Unit OUT Equals (NotEquals for an always-off-circuit)
1 (input 1) reader
2 (input 2) max
writer Logic Writer IN max (compare will also do)
OUT device (whatever you want to control)
OUT VAR On (Open for a door or switch)