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V- 39 Programming Manual Part V Inspection Data 4 FUJIY AMA FUJIY AMA is the algorithm for a solder side inspection of discrete components. FUJIY AMA can be used in fare-paying software. Figure 4-1 FUJIY AMA 4.1 Inspecti…

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Programming Manual

Part V Other Function

3.3 Advanced

In case inspection data is not appropriately extracted or there is not enough memory, use Advance.

Press Advance in Figure 3-11 and the dialog shown in Figure 3-12 appears. After all the settings are

completed, press OK.

Figure 3-12 Advanced

Item Description

Lighting

Select the lighting for detecting the difference between the images of the bare PCB and

assembled PCB. Default is LowLight.

Reduction(pix)

Set the image compression rate. This is effective when reducing the memory usage on a PC.

However, images become grainy.

If set to 1, images are not compressed.

If set to 2, images are compressed to 1/4.

If set to 3, images are compressed to 1/9.

Default is 2.

Minimum size(pix)

The minimum sizes of the length and width of the inspection target. If the inspection target

size is smaller than Minimum size, the inspection data cannot be extracted. Default is 30.

Table 3-1 Advanced

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Programming Manual

Part V Inspection Data

4 FUJIYAMA

FUJIYAMA is the algorithm for a solder side inspection of discrete components.

FUJIYAMA can be used in fare-paying software.

Figure 4-1 FUJIYAMA

4.1 Inspection Overview

FUJIYAMA is the algorithm to inspect copper, hole, pin, ﬁ llet, and bridge in one inspection window.

Inspection Item Defect

Copper Inspection Pad exposure

Pin Hole Inspection Hole in solder part

Straight Pin Inspection No pin

Clinch Pin Inspection No pin

Fillet Inspection Too much solder, Too little solder

Bridge Inspection Bridge

Table 4-1 Inspection Item and Defect

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Programming Manual

Part V Inspection Data

4.2 Settings

4.2.1 Parameter of FUJIYAMA

Figure 4-2 Parameter of FUJIYAMA

Parameter Description

Lighting

Select a lighting that inspection targets are visually clear.

The selected lighting in this ﬁ eld does not inﬂ uence to the inspection result.

Algorithm Select FUJIYAMA.

Shift[V1-V8]

Enter the appropriate vector. Any value from V1 to V8 is available.

Select the vector according to the Memorize to ﬁ eld of the Adjust window.

Memorize to -

Table 4-2 Parameter of FUJIYAMA