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Difference between revisions of "Insert a resistor in series as limiter afterwards"

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[[Image: Vorwiderstand1.jpg|none|Resistor imported and aligned]] Image: Resistor fetched from the component database and aligned. Click [[M1]] to "drop" (= place on the existing signal).<br><br><br>
 
[[Image: Vorwiderstand1.jpg|none|Resistor imported and aligned]] Image: Resistor fetched from the component database and aligned. Click [[M1]] to "drop" (= place on the existing signal).<br><br><br>
  
[[Image: Vorwiderstand2_e.jpg|none|Hinweis 1]] Image: Klick auf Ja liefert das folgende Bild:<br><br><br>
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[[Image: Vorwiderstand2_e.jpg|none|Hint 1]] Image: Clic Yes delivers the following image:<br><br><br>
  
[[Image: Vorwiderstand3_e.jpg|none|Hinweis 2]] Image: Der Signalname Sig$22 wird automatisch erzeugt. Welcher Signalstrang den Namen behält und welcher einen neuen Namen erhält ist unter anderem von seiner Länge abhängig. <br><br><br>
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[[Image: Vorwiderstand3_e.jpg|none|Hint 2]] Image: The signal name Sig$22 is generated automatically. Which signal line keeps the name and which gets a new name depends, among other things, on its length. <br><br><br>
  
[[Image: Vorwiderstand5_e.jpg|none|Hinweis 3]] Image: Hinweis zum weiteren Vorgehen im Layout. <br><br><br>
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[[Image: Vorwiderstand5_e.jpg|none|Hint 3]] Image: Note on the further procedure in the layout. <br><br><br>
  
Leiterbahnen, die im Layout bereits verlegt waren, bleiben zunächst bestehen. Sie müssen von Hand aufgetrennt werden, soll das Gehäuse des Widerstandes eingesetzt werden. Der Signalteil Sig$22 müsste im Layout [[Signal umbenennen|von Hand umbenannt]] werden. Wenn die Leiterbahn nicht allzu kompliziert verlegt ist, löschen Sie den Leiterbanzug komplett und verlegen Sie sie neu. Das Pad des Gehäuses im Layout bringt den neuen Signalnamen automatisch mit, in unserem Fall Sig$22. Beim Neu-Verlegen der Leiterbahn würde dieser Signalname aufgenommen und eine neu verlegte Leiterbahn würde diesen Signalnamen tragen.<br><br><br>
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Tracks that were already laid in the layout remain for the moment. They need to be ripped up manually if the resistor package is to be inserted. The signal part Sig$22 would have to be [[rename signal|renamed by hand]] in the layout. If the track is not too complicated, delete the track completely and re-route it. The pad of the package in the layout will automatically bring the new signal name along, in our case Sig$22. When rerouting the track, this signal name would be picked up and the rerouted track would carry this signal name.<br><br><br>
  
[[Image: Vorwiderstand4.jpg|none|Widerstand platziert]] Image: Vorwiderstand in Reihe platziert (Schaltplan).<br><br>
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[[Image: Vorwiderstand4.jpg|none|Resistor in place]] Image: Resistor placed in series (Schematic).<br><br>
 
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Revision as of 12:49, 30 August 2021

Simply drop the resistor onto the existing signal wire in the schematic. The hit signal will be ripped up in order to insert the resistor.

Resistor imported and aligned
Image: Resistor fetched from the component database and aligned. Click M1 to "drop" (= place on the existing signal).


Hint 1
Image: Clic Yes delivers the following image:


Hint 2
Image: The signal name Sig$22 is generated automatically. Which signal line keeps the name and which gets a new name depends, among other things, on its length.


Hint 3
Image: Note on the further procedure in the layout.


Tracks that were already laid in the layout remain for the moment. They need to be ripped up manually if the resistor package is to be inserted. The signal part Sig$22 would have to be renamed by hand in the layout. If the track is not too complicated, delete the track completely and re-route it. The pad of the package in the layout will automatically bring the new signal name along, in our case Sig$22. When rerouting the track, this signal name would be picked up and the rerouted track would carry this signal name.


Resistor in place
Image: Resistor placed in series (Schematic).



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