Sun, Feb 26, 2012 - 9:00 AM to 12:00 PM
Presenter/Committee Chair(s):
Cheryl Tulkoff, Senior Member tech staff, DfR Solutions
Cheryl Tulkoff, Senior Member tech staff, DfR Solutions
Topic/Track: Design
Event Type: Professional Development
Level: Intermediate
Gain first-hand information on issues that impact both leaded and lead-free manufacturability and performance requirements; the course will offer practical recommendations for meeting the challenges of managing the interconnection of both through-hole and surface mount technology at the bare board level. Increasingly sophisticated PCB fabrication technologies and processes will be discussed, including: laminate selection, trace width and spacing, solder mask and finishes. Design for manufacturability (DFM) best practices ensure that manufacturing capability is taken into consideration during the design and layout of a product. Understanding the effects of - and how to avoid - overtaxing their manufacturer, engineers can be more confident about design execution. Participants will gain a greater understanding of potential manufacturability hazards to avoid during the design process.What You Will Learn
- Printed boards and process material selection
- Plated-through hole design
- Conductor width and spacing
- Keep-out zones
- Copper balancing
- Microvias, via fill technologies
- Multiple lamination
- Equipment process controls and reliability testing
- Matching PCB complexity to supplier capabilities
- Partnering and off-shore strategies
- Importance of supplier report cards to monitor quality and reliability
- Cover circuit card assemble
- Pad geometries, component spacing and location
- Heat sink selection
- Standoffs and wiring
- Influences of PCB thickness, cut-outs, and depanelization techniques on reliability
- Comparison of surface mount, wave and hand soldering
- Moisture Sensitivity Level handling, process optimization and control strategies, repair and rework.
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