Administrator’s Guide(CP45FV) Eng.pdf - 第118页

Samsung Component Placer CP45FV Series Administrator ’ s Guide Select the camera to recognize the component. Please refer to “ 7.2.1.1 Common Align Data ( Page 7-9 )” for more information.              <L…

Part Registration

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7.4. User IC component data setting

Set align data for User IC components.

First, the basic concept behind User IC component data setting is explained. Please refer

to the next figure.

Whole Data

information on

the component.

Lead Parameter

Data that have Lead

information on lead forms

Lead Group

Data that specify the

position where the lead

are converged.

Lead Gap

Informationonthe

position of empty in the

lead group

Figure 7-22. The basic concept of User IC component data setting

User IC component data has one whole data. 



User IC component data has up to 16 lead groups.

User IC component data has equal or fewer lead parameters than the lead groups(up

to 8).

Each lead group must specify 1 corresponding lead parameter.

Each lead group has up to 4 lead gaps.

Figure 7-23. “Align Type = Vision, Package Group = User IC” dialog box

<Camera No.> combo box 

Samsung Component Placer CP45FV Series Administrator’s Guide

Select the camera to recognize the component. Please refer to “7.2.1.1 Common Align

Data (Page 7-9)” for more information.









<Light Control> button

Set the light for the camera to recognize the component. Please refer to “7.2.1.1

Common Align Data (Page 7-9)” for more information.

<Size & Etc> group

Set the align size.

<Body X Typical> edit box

Set the size of component body in X direction.

<Body X Max> edit box

Set the maximum size of component body in X direction.

<Body X Min> edit box

Set the minimum size of component body in X direction.

<Body Y Typical> edit box

Set the size of component body in Y direction.

<Body Y Max> edit box

Set the maximum size of component body in Y direction.

<Body Y Min> edit box

Set the minimum size of component body in Y direction.

<Align Z> edit box

Set the height for recognition. Based on the component surface, if the top is to be

recognized, set - value and if the bottom is to be recognized, set + value.

<Lead Parameter & Group> button

Set the lead parameter and lead group. Please refer to <7.4.1 Lead Parameter>,

<7.4.2 Lead Group>.

<Option> group

Set the align option data.

<Area Margin> edit box

Set the limit for the image to be off the center of the screen when the component

is recognized. For example, if this value is 5mm, then the image of the

component should be within 5mm of the center of the screen.

<Lead Type> combo box

Select the lead type. Available lead types are as follows.

Gull-Wing: Leads protrude outward as QFP.

J-Lead: Leads roll inward as PLCC.

<Algorithm> combo box 

Select the algorithm to recognize the component. Available algorithms are as

follows.

Black Body: Method to process IC types fast. In general, applied to IC types.

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Part Registration

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All Body: Applied to various types of components, but it takes long to process.

Applied to non IC types or hard to recognize components.

Odd with No Lead: Applied to odd type components without leads.

Odd with Lead: Applied to odd type components with leads.

When <Algorithm> is “Odd with No Lead” or “Odd with Lead”, the following

dialog box is displayed.

Figure 7-24. “

lign Type = Vision, Package Group = User IC, Algorithm = Odd with

Lead” dialog box

<Offset X> edit box 



Set the offset value between the component centroid and the actual

component center in X direction.

<Offset Y> edit box

Set the offset value between the component centroid and the actual

component center in Y direction.

<Offset R> edit box

Set the offset value between the angle of the main axis of the component and

the actual angle.

<Filter Perimeter> edit box

Set the value to remove noise in the component vision image. If the

perimeter of the object in the image is smaller than this value, it is processed

as noise.

<Filter Area> edit

Set the value to remove noise in the component vision image. If the area of

the object in the image is smaller than this value, it is processed as noise.

<Threshold> edit box

When there is a pre-treatment process for component recognition and the