Omron V-TS Teaching Manual.pdf.pdf - 第340页

Appendix 1 1 PC B T est Result Output Form at a- 63 Appendix 11. PCB T est Result Output Format The PCB test result ou tput f unction is used when all th e measured values of the target com ponent are output to anal yze …

100%1 / 350
Appendix 10. Inspection Criteria Setting
a-62
2) If overlooking or false call is detected in the “Wetting Inspection Status” area, press the [Select
Wetting Inspection Item” button.
Then, the logical expressions on the left side of “Wetting Inspection” are switched between
effective and not effective.
3) Press the [Calculate] button.
4) If the number of overlooking or false call varies, the number background turns green. So, confirm
how the background has changed.
4)-1 If the number of overlooking or false call is zero, press [Apply] and [Close] to close the
screen.
4)-2 If there is an overlooking or false call, confirm the extraction status, component information,
and color parameters of the logic, and correct them if not appropriate.
4)-3 If OK and NG products are separated and difference from the set reference value is very
small on the inspection screen, make the setting criteria manually.
4)-4 If it is no problem even when an inspection item is not specified, deselect the inspection item.
4)-5 If false call or overlooking still remains even after performing step 4)-1 to 4)-4 above, use the
functions of land error.
For details of land error, refer to P5-17 section 5.10 “Land Error” of the inspection logic
manual.
Appendix 11 PCB Test Result Output Format
a-63
Appendix 11. PCB Test Result Output Format
The PCB test result output function is used when all the measured values of the target component
are output to analyze the inspection result and those measured values or when saving all the
measured values of the PCB test result.
The inspection result of the PCB test is output in the following format on a component basis or on a
pin basis.
For the method to output the PCB test result, refer to Section 2.8.3 “Saving
Inspection Result.”
Items that inspection result is outputted for each component have O, and the other ones X.
Column
Item
Description
Output of result for
each component
1
BoardId
PCB ID
○
2
InspectionResultNo
No.
○
3
CircuitId
Circuit ID
○
4
ComponentNumberGroupName
Group name of component
×
5
ComponentNumberGroupId
Group ID of component
×
6
ComponentNumberName
Name of component No.
○
7
ComponentType
Type of component
○
8
ComponentResult
Inspection result of component
○
9
ComponentBlockUnitName
Component block unit name
○
10
ElectrodeGroupId
Electrode group ID
×
11
ElectrodeType
Electrode type
×
12
PinNumber
Pin No. of electrode
×
13
ComponentWidthOrElectrodeLength
Component window’s width /
Electrode length [um]
○
14
ComponentHeightOrElectrodeWidth
Component window’s height /
Electrode width [um]
○
15
AngleFromComponent
Angle viewed from component
[deg]
○
16
AngleFromBoard
Angle viewed from PCB [deg]
○
17
DeltaXorLength
ΔX/Length[um]. This means shift
in the X-direction on the PCB in
the case of component window,
and variation of length in the case
of electrode window, respectively.
○
18
DeltaYorSide
ΔY/Side[um]. This means shift in
the Y-direction on the PCB in the
case of component window, and
side shift in the case of electrode
window, respectively.
○
19
DeltaAngleDegree
ΔAngle[deg]
○
20
VisualResultType
Result of visual inspection
○
21
ElectrodeLandResult
Inspection result of electrode and
land
○
For the 22th column and after, the reference setting, measured value (Value), judgment result
(Result), upper limit (UpperLimit), lower limit (LowerLimit), and judgment method
(LogicMethodType) of each inspection item are output.
The output of Result is 0, 1, and a fault code, which mean OK judgment, not applicable to the
inspection, and NG, respectively.
The output item of the setting and description of it are shown on and after the following page.
Appendix 10. Inspection Criteria Setting
a-64
Item
Description
ComponentPresenceUpperLimit
Upper limit of matching percentage of missing component
ComponentPresenceValue
Measured value of matching percentage of missing component
ComponentPresenceResult
Inspection result of matching percentage of missing component
ComponentPresenceVolumeRateLowerLimit
Lower limit of volume rate of missing component
ComponentPresenceVolumeRateValue
Measured value of volume rate of missing component
ComponentPresenceVolumeRateResult
Inspection result of volume rate of missing component
RightComponentLogicMethodType
Judgment method of wrong component
RightComponentLowerLimit
Lower limit of wrong component
RightComponentValue
Measured value of wrong component
RightComponentResult
Inspection result of wrong component
ComponentPolarityLogicMethodType
Judgment method of wrong polarity
ComponentPolarityLowerLimit
Lower limit of wrong polarity
ComponentPolarityValue
Measured value of wrong polarity
ComponentPolarityResult
Inspection result of wrong polarity
ComponentPolarityHeightUpperLimit
Upper limit of height of wrong polarity
ComponentPolarityHeightLowerLimit
Lower limit of height of wrong polarity
ComponentPolarityHeightValue
Measured value of height of wrong polarity
ComponentPolarityHeightResult
Inspection result of height of wrong polarity
FlippedComponentUpperLimit
Upper limit of reverse front/back
FlippedComponentValue
Measured value of front/back reverse
FlippedComponentResult
Inspection result of front/back reverse
OffsetXUpperLimit
Upper limit of X-direction shift
OffsetXValue
Measured value of X-direction shift
OffsetXSignedValue
Measured value of X-direction (signed)
OffsetXResult
Inspection result of X-direction shift
OffsetYUpperLimit
Upper limit of Y-direction shift
OffsetYValue
Measured value of Y-direction shift
OffsetYSignedValue
Measured value of Y-direction (signed)
OffsetYResult
Inspection result of Y-direction shift
ComponentSkewUpperLimit
Upper limit of angle shift
ComponentSkewValue
Measured value of angle shift
ComponentSkewSignedValue
Measured value of angle shift (signed)
ComponentSkewResult
Inspection result of angle shift
Distance1UpperLimit
Upper limit of distance 1
Distance1Value
Measured value of distance 1
Distance1Result
Inspection result of distance 1
Distance2UpperLimit
Upper limit of distance 2
Distance2Value
Measured value of distance 2
Distance2Result
Inspection result of distance 2
XMeasureUpperLimit
Upper limit of X-direction
XMeasureValue
Measured value of X-direction
XMeasureResult
Inspection result of X-direction
YMeasureUpperLimit
Upper limit of Y-direction
YMeasureValue
Measured value of Y-direction
YMeasureResult
Inspection result of Y-direction
ComponentHeightLowerLimit
Lower limit of component height
ComponentHeightUpperLimit
Upper limit of component height
ComponentHeightValue
Measured value of component height
ComponentHeightResult
Inspection result of component height
Inclination0HeightUpperLimit
Upper limit of height of lifted component with 0° inclination
Inclination0HeightValue
Measured value of height of lifted component with 0° inclination
Inclination0HeightSignedValue
Measured value of height of lifted component with 0° inclination
(signed)
Inclination0HeightResult
Inspection result of height of lifted component with 0° inclination
Inclination0AngleUpperLimit
Upper limit of angle of lifted component with 0° inclination
Inclination0AngleValue
Measured value of angle of lifted component with 0° inclination
Inclination0AngleSignedValue
Measured value of angle of lifted component with 0° inclination
(signed)