03253524-01 KPO 2 Closed Loop.pdf - 第24页
3 USER INFORMATION 3.4 TROUBLE SHOOTING AND ESCALATION 24 Standalone Manual Interface To Koh Young KPO 2 08/2021 After KPO Optimisation Product Name: Line No: Shift: Date: Engineer/Technician: Stencil ID: Tooling ID: Squ…
3 USER INFORMATION
3.4 TROUBLE SHOOTING AND ESCALATION
Standalone Manual Interface To Koh Young KPO 2 08/2021 23
3.4.2 Appendix B - Production Data Record
The tables in this Appendix provide a record of performance before and after KPO optimisation and
therefore help measure effectiveness.
Before KPO Optimisation
Product Name: Line No:
Shift: Date:
Engineer/Technician:
Stencil ID: Tooling ID:
Squeegee Type: Solder Paste Type:
Process Parameters
Print Speed: USC Mode 1:
Separation Speed: USC Frequency:
Squeegee Pressure:
X Forward Offset: X Reverse Offset:
Y Forward Offset: Y Reverse Offset:
Theta Forward Offset: Theta Reverse Offset:
Performance Data
Cycle Time: Throughput: 1
st
Pass Yield
Mean Volume Mean Height Mean Area Defect Rate
Whole Board
Critical Device
ID:
Critical Device
ID:
Critical Device
ID:
Critical Device
ID:
3 USER INFORMATION
3.4 TROUBLE SHOOTING AND ESCALATION
24 Standalone Manual Interface To Koh Young KPO 2 08/2021
After KPO Optimisation
Product Name: Line No:
Shift: Date:
Engineer/Technician:
Stencil ID: Tooling ID:
Squeegee Type: Solder Paste Type:
Process Parameters
Print Speed: USC Mode 1:
Separation Speed: USC Frequency:
Squeegee Pressure:
X Forward Offset: X Reverse Offset:
Y Forward Offset: Y Reverse Offset:
Theta Forward Offset: Theta Reverse Offset:
Performance Data
Cycle Time: Throughput: 1
st
Pass Yield
Mean Volume Mean Height Mean Area Defect Rate
Whole Board
Critical Device
ID:
Critical Device
ID:
Critical Device
ID:
Critical Device
ID: