Smart Gui - Algorithm Training Material_rev1.pdf - 第15页

Copyright © ViT rox All Rights Reserved . CR T ype Algorithm - Body 15 1. 3D Damaged Inspection ● T ick this to enable the 3D Damaged inspection. ● Inspection result will prompt out Coplan if the absolute difference betw…

CR Type Algorithm - Body

1. Coplan Vert Thres (um)

● Tick this to enable the vertical direction for coplan inspection.

● Inspection result will prompt out Coplan if the absolute difference

between the opposite boxes in vertical direction is more than the

threshold set.

2. Coplan Horiz Thres (um)

● Tick this to enable the horizontal direction for coplan inspection.

● Inspection result will prompt out Coplan if the absolute difference

between the opposite boxes in horizontal direction is more than

the threshold set.

Coplan Thres (um)

Pass

Fail

CR Type Algorithm - Body

1. 3D Damaged Inspection

● Tick this to enable the 3D Damaged inspection.

● Inspection result will prompt out Coplan if the absolute difference

between the opposite boxes in vertical direction is more

Eg. for 40%

2. Damaged Location

● To adjust the location for the Damaged inspection boxes.

● The smaller the percentage, The inner the boxes towards the

centroid

3. Damaged Thres (um)

● Software will check the height of these 4 boxes, the component

will fail as “Damaged” if the absolute height different between

any one of the ROI's height and component height higher than

damaged threshold.

CR Type Algorithm - Body

1. 3D Geometry Measure

● Tick this to enable the 3D Damaged inspection.

● Consists of minimum/maximum measure for length/width.

● Unit can be in % or um.

2. Min Length Measure

a. Disable to turn off this inspection.

b. Unit in %

● If Expected component length = 1000um & Min Length Thres set

to 50%

● Fail when Measured Length < 1000um - [1000um*(50/100)]

c. Unit in um

● If Expected component length = 1000um & Min Length Thres set

to 100um

● Fail when Measured Length < 1000um - 100um