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Siplace Vision Training

Siplace Vision Training. What‘s new?. New cameras: RV 12 -head: Type 28 (old: 12) RV 6 -head: Type 29 (old: 13) Twin -head: Type 33 (old 22) PCB -camera: Type 34. Component- type : Baredie Chip Melf Moulded ECV SOT DPack SOxx. QFP SOJ PLCC BGA CCGA

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Siplace Vision Training

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  1. Siplace Vision Training

  2. What‘s new? New cameras: RV12-head: Type 28(old: 12) RV6-head: Type 29 (old: 13) Twin-head: Type 33(old 22) PCB-camera: Type 34

  3. Component-type: Baredie Chip Melf Moulded ECV SOT DPack SOxx QFP SOJ PLCC BGA CCGA Sockets Connector Shield Nonstandard What‘s new?

  4. What‘s new • New lead-types • Cornerto describe shields • Blob to describe leads of any shape: • for example oval: • or undefined shape:

  5. What‘s new? • No ICOS-computer any more - Siplace Vision is an application running on station computer old: new: SC ICOSvisioncomp SC vision comp SV-appl

  6. What‘s new? • Component face-down recognit. • Pattern-fiducial: • it is now possible to teach any pattern on PCB as a fiducial. For instance: corners of circuit pathes Area used as ficucial

  7. What‘s new? • Autosave of failed component measurements • By analysing the stored dumps you can see why the components were rejected. This is a really big help to find and avoid errors and lower reject rates.

  8. How to program- Preparations in SiPro • Already existing GF: • If not yet done set the correct type in SiPro. • If not yet done add digital cameras. • For standard components SV will use ICOS-GF-data => Do not mark checkbox „Requires seperate group description“!!! • Only mark checkbox for components that have leadtypes ICOS does not know!For example: Shields (corners) or components you described with „blob“ leads. (Teach these components on the station before production!) • If possible / required check „Detect flipped Component“. • If you get error messages during optimizing correct existing GFs according to optimizer‘s messages. For example: Lead tolerance <50% of lead size 1 5 3

  9. How to program- Preparations in SiPro • New standard GF: • Enter the correct dimensions (X,Y,Z) to pick up the component correctly. • Set type to „Baredie“ – you dont have to describe leads then. • Teach the component on the station (and set the correct type). 1 2 1 Do not check!

  10. It is not necessary to create leads here! Leads will be created through Sipl. Vision by teaching the component on the station.

  11. The Siplace Vision groups are disabled because Sipl. Vision will use ICOS groups for components with standard lead shapes (Gullwing, J-Bend, Wraparound, Ball)

  12. How to program- Preparations in SiPro • New special GF (shield, sockets, „blobs“, …): • Describe the GF correctly for the ICOS system. • Set the type baredie. • Mark checkbox „Requires seperate group description“ • Test the component on an ICOS machine. • Teach the component on an SV machine and set the correct type. • By teaching on the machine the lead groups for SV will be written to SiPro database.

  13. With seperate group descriptions SV has no effect on ICOS lead groups. So you have to describe them manually.

  14. It is not necessary to create leads here! Leads will be created through Sipl. Vision by teaching the component on the station.

  15. How to program on the station • General things • First make sure the dimensions and geometry are correct • If the GF does not run with an exact geometrical description adust illumination • Adjusting algorithms is the very last step and only needed in rare exceptions!

  16. How to program on the station • In case of an error scroll through the list of measuresteps and find the failing step. • Look at the filters. Is it the correct one? Are the dimensions of the filter correct?

  17. How to program on the station SO4 SO4 SO4

  18. How to program on the station SO4 SO4 SO4

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