Archiv:Pick&Place: Unterschied zwischen den Versionen
Ripper (Diskussion | Beiträge) |
Katze (Diskussion | Beiträge) K Katze verschob die Seite Pick&Place nach Archiv:Pick&Place: Nicht mehr in verwendung/existiert nicht mehr |
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{{Maschinenring}} | {{Maschinenring}} | ||
{{Head_en}} | {{Head_en}} | ||
<span style="color: red;">'''Diese Maschine wurde mangels Verwendung wieder weggeben.'''</span><br> | |||
Würde diese Seite aber archivieren oder so. --[[Benutzer:Ripper|ripper]] ([[Benutzer Diskussion:Ripper|Diskussion]]) 12:41, 9. Jun. 2025 (CEST) | |||
{{Machine | {{Machine | ||
|image=Liteplacer.jpg | |image=Liteplacer.jpg | ||
|owner=Metalab | |owner=Metalab | ||
|status= | |status=Not at Metalab anymore | ||
|requirestraining={{Yes}} | |requirestraining={{Yes}} | ||
|requiresauth={{No}} | |requiresauth={{No}} | ||
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[https://www.youtube.com/watch?v=T_v2VJKNZQ0 Liteplacer Introduction Video] | [https://www.youtube.com/watch?v=T_v2VJKNZQ0 Liteplacer Introduction Video] | ||
Metalab owns a Pick & Place machine which is mounted in the window aisle of the [[Elektroniklabor|electronics room]] in the [[WEL|Whateverlab]]. This machine can be used to place SMT components on PCBs automatically. You can find a lot of information about the | Metalab owns a Pick & Place machine which is mounted in the window aisle of the [[Elektroniklabor|electronics room]] in the [[WEL|Whateverlab]]. This machine can be used to place SMT components on PCBs automatically. You can find a lot of information about the machine on the [https://www.liteplacer.com/ projects website].<br> | ||
The machine runs via [http://openpnp.org/ OpenPnP], an Open Source SMT pick and place software. | The machine runs via [http://openpnp.org/ OpenPnP], an Open Source SMT pick and place software. | ||
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Not all PCBs are created equal. Some PCBs are more suited to component placement with this machine. The following information should help you to design PCBs suitable for automated placement of components. | Not all PCBs are created equal. Some PCBs are more suited to component placement with this machine. The following information should help you to design PCBs suitable for automated placement of components. | ||
=== Fiducials === | === Fiducials === | ||
[[Datei:Round_fiducial_on_pcb.jpg|120px|thumb|left|Fiducial on a PCB]] | |||
Fiducials are alignemt marks on PCBs. The standard for these is a 1mm copper circle surrounded by a 2mm soldermask opening. They are used for alignng your PCB via optical detection. For successfull operation there should be at least '''three''', better '''four''' which are places in the corners of your PCB to get the best accuracy for the placement of components. | Fiducials are alignemt marks on PCBs. The standard for these is a 1mm copper circle surrounded by a 2mm soldermask opening. They are used for alignng your PCB via optical detection. For successfull operation there should be at least '''three''', better '''four''' which are places in the corners of your PCB to get the best accuracy for the placement of components. | ||