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5 Vision Functions SIP LACE 80S-20/F4/F5 Us er Manual 5.6 Test Component 05/99 Issue from Software V ersion SR.405.xx 5 - 126 Line en gineer Analysis This is us ed to an alyze th e positio n of the bal ls and to d etermi…

SIPLACE 80S-20/F4/F5 User Manual 5 Vision Functions

05/99 Issue from Software Version SR.405.xx 5.6 Test Component

Line engineer 5 - 125

PLEASE NOTE:

Measurement mode grid can be speeded up, if measurement mode Size is carried out beforehand.

5.6.4.21 ’Ball’ measuring mode

Click on the ’Settings’ button in ’Ball’ measuring mode to call up the ’’Ball measuring mode“ menu.

Fig. 5.6.42 ’Measuring mode’ option, ’’Ball measuring mode“ menu

This menu can be used to

– select the measuring methods listed under ’Measurement’ and

– evaluate the position and presence of balls and carry out a quality analysis.

Measurement

You can choose between the following measuring methods:

– the profile method for fast analysis or

– the filter method for a more robust measuring method, although this will take longer.

The ’fast’ measuring method is generally sufficient. However, for critical components we recommend the

’robust’ measuring method, if the quality is insufficient, for example if the quality factor is less than 50.

5 Vision Functions SIPLACE 80S-20/F4/F5 User Manual

5.6 Test Component 05/99 Issue from Software Version SR.405.xx

5 - 126 Line engineer

Analysis

This is used to analyze the position of the balls and to determine whether they are present. It can also be used

to determine the quality of the measurement. The quality of the measurement should generally be better than

50.

If you are inserting BGAs, µBGAs, or flip-chips with high reproducibility, i.e. if there is very little difference bet-

ween the optical parameters of the flip-chips, we recommend the following settings to guarantee fast insertion:

– Switch off the determination of position / presence for components with large balls and spacing. The posi-

tion of the components has already been adequately determined using the grid measurement of 3 balls per

corner, and the ball presence analysis is unnecessary.

– Do not activate determination of the quality of the measurement unless you want to detect handling or pro-

duction errors.

Determination of the position is always necessary if the individual ball positions differ greatly from the grid

structure, i.e. if the individual ball positions are fairly scattered about the desired position.

SIPLACE 80S-20/F4/F5 User Manual 5 Vision Functions

05/99 Issue from Software Version SR.405.xx 5.7 Guidelines for Describing Package Forms

Line engineer 5 - 127

5.7 Guidelines for Describing Package Forms

5.7.1 Transfer of Package Form Data and the Package Form Interpreter

If a package form is transferred to the station without an .SST file, the package form interpreter will make cer-

tain settings to enable the package form to be measured in accordance with the package form description.

Fig. 5.7.1 Transfer of package form data without package form manipulation

In SIPLACE 80 S-20/F

automatic placement machines, the package form interpreter is located in the machine

controller. The communication module transfers the signals for controlling the lighting from the MC to the cameras.

Tasks of the Package Form Interpreter

– Automatic selection of suitable measuring modes

– Automatic selection of the measuring parameters

– Differentiation between cubic/not cubic

– Automatic setting of the lighting

The package form interpreter processes standard components and automatically identifies special compo-

nents. Under certain circumstances, other components have to be post-processed. If the package form set-

tings have to be manipulated, these changes will be stored in the .SST file and transferred back to the line

computer.

GF manipulator

Package form library

Describe package form & components

Assign nozzles

Select cameras

Hard disk

.OGF

Package form interpreter

Automatic selection of meas. modes

Automatic lighting selection

MVS