Reliability evaluation and modeling of high density electronic packages

Keyphrases

• High Density 100%
• Testing Approaches 100%
• Failure Mechanism 100%
• Electronic Packaging 100%
• Reliability Modeling 100%
• Reliability Evaluation 100%
• Cracking Failure 100%
• Failure Characteristics 100%
• Failure Data 100%
• High Performance 50%
• Design Methodology 50%
• Improvement Factor 50%
• Reliability Model 50%
• Acceleration Factor 50%
• Design Errors 50%
• Reliability Study 50%
• Process Procedures 50%
• Reliability Prediction 50%
• Design Improvement 50%
• Accelerated Stress Test 50%
• Reliability Performance 50%
• Constant Failure Rate 50%
• Random Failure 50%
• Failure Rate Function 50%
• Material Optimization 50%
• Procedural Costs 50%
• Product Cost 50%
• Large Power 50%
• Package Design 50%
• Fatigue Life Model 50%
• Power Exponent 50%
• Chip Packaging 50%
• Production Optimization 50%
• Package Technology 50%
• Advanced Packaging Technology 50%
• Solder Joint Fatigue Life 50%
• High-density chip 50%
• Solder Joint Failure 50%
• Failure Rate Prediction 50%
• Failure Trend 50%

Engineering

• Reliability Evaluation 100%
• Failure Approach 100%
• Failure Mechanism 66%
• Failure Rate 66%
• Failure Data 66%
• Joints (Structural Components) 33%
• Manufacturing Process 33%
• Test Result 33%
• Fatigue Life 33%
• Manufacturing Material 33%
• Reference Model 33%
• Material Optimisation 33%
• Acceleration Factor 33%
• Reliability Prediction 33%
• Product Cost 33%
• Random Failure 33%
• Reliability Study 33%
• Constant Failure Rate 33%
• Package Design 33%
• Life Model 33%
• Chip Scale Packages 33%

Material Science

• Density 100%
• Fatigue of Materials 50%
• Stress Analysis 50%
• Solder Joint 50%