Page 14 - Six Sigma for electronics design and manufacturing

xiii
8.3.2
Mechanical design and tolerance analysis
262
8.3.3
Types of tolerance analysis
263
Statistical tolerance analysis for mechanical
8.3.4
design
263
8.3.5
Tolerance analysis example
Statistical analysis of the mechanical design 265
8.3.6
example
8.3.7
266
Tolerance analysis and CAD
Tolerance analysis and manufacturing
8.3.8
266
processes Contents 261
8.3.9 Mechanical design case study 267
8.3.10 Thermal design six sigma assessment 268
example
8.3.11 Six sigma for electronic circuits with 270
multiple specifications
8.3.12 Special considerations in Cpk for design of 271
electronic products
8.3.13. The use of design quality analysis in systems 272
architecture
8.4 Applying Six Sigma Quality for New Product 272
Introduction
8.4.1 Optimizing new manufacturing processes 273
8.4.2 New process optimization example: 274
Target value manipulations and variability
reduction DoE
8.4.3 Trade-offs in new product design disciplines 277
8.4.4 New product design trade-off example— 277
Screening DoE followed by in-depth DoE for
defect elimination in thermal printer design
8.4.5 New product test strategy 283
8.4.6 New product test strategy example 283
8.5 Conclusions 284
Chapter 9. Six Sigma and the New Product Life Cycle 287
9.1 Background: Concurrent Engineering Successes 288
and New Trends
9.1.1 Changes to the product realization process 291
9.2 Supply Chain Development 294
9.2.1 Outsourcing issues 296
9.2.2 Dependency versus competency 297
9.2.3 Outsourcing strategy 298