Smart Graphical User Interface (SmartG) Overview_rev1.pdf - 第122页
Copyright © ViT rox All Rights Reserved . Negative T est Result Inspection Hence, the components that fall into the escapee category are able to detect the polarity defect. Fine-tune the components that fall into the esc…
Copyright © ViTrox All Rights Reserved.
Negative Test Result Inspection
Total components
Inspected
121
Negative Test
Summary
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Negative Test
Summary
Figure 108: Negative Test Inspection Result
After running the negative test, an
inspection result shows in the
negative test which include:
● Total component inspected
● Negative test summary
● Negative test result
● Test result summary
Copyright © ViTrox All Rights Reserved.
Negative Test Result Inspection
Hence, the components that fall into the escapee
category are able to detect the polarity defect.
Fine-tune the components that fall into the escapee
category until it shows 0 escapee. Select a reference
designator under the negative test result, and right-click
to edit device.
Note: When clicking at the reference designator, it navigates
camera view to the component.
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Figure 109: Negative Test Inspection Result
After fine-tuning the components to 0 escapee in escapee
list, this program is ready to run in production line with full
setup of component orientation.
Figure 110: After fine-tuning, the negative test inspection result shows
Copyright © ViTrox All Rights Reserved.
Negative Test result Inspection
Force polarity on by device type
Force Polarity On by device type is used to force the
program to turn on polarity features on selected device
type. The selected device type will be forced to run, if the
polarity or OCV is not enabled, the reference designator
shows failed.
Figure shows the force polarity on by device type set to
r-type. The r-type reference designator without eocv
polarity and polarity is considered as escapee.
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Figure 111: Force Polarity on r-type and r-type component fall into escapee