entityTools 1.0 CALCE EPSC Research 2016


CALCE EPS Consortium Research for 2016

The following projects were presented to the CALCE EPS Consortium Members on October 22, 2015 and have been approved for study during the 2015 research year by the Director of the CALCE Electronics Products and Systems Consortium. For general inquiries, please contact Michael Osterman .

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C16-01 Comparison of Sequential vs Simultaneous Temperature Cycling and Harmonic Vibration Fatigue: LCR SAC305 Solder Fatigue
C16-02 Multiaxial Vibration Fatigue of PWAs: Interactions between PWB Nonlinear Response and Component Nonlinear Response
C16-03 Predictive Models for SAC Solder Properties
C16-05 Field Failure Rate Prediction of Solder Joint Fatigue Using Statistical Model Calibration and Validation
C16-07 Analytical Solder Interconnect Fatigue Life Models for Bonded Surface Mount Part
C16-08 Aging of Conformal Coating on Printed Wiring Boards
C16-09 Developing an Analytical Approach to Evaluate Copper Trace Fatigue Life in Electronic Assemblies
C16-14 Warpage Prediction of Advanced Package Substrate
C16-15 PoF Approach for Ranking the Behavior of Different Pressure Sensitive Adhesives PSAs
C16-16 Cyclic Fatigue of Selected High-Temperature Solders
C16-17 TLPS Joining Materials for Thermally Integrated Power Modules
C16-19 Life Estimation for Tantalum Capacitors with Conductive Polymer Electrolytes
C16-21 Graphene Interconnects for High VoltagePower Devices and Components
C16-23 Effectiveness of HALT and ESS Tests for Electronic Systems
C16-24 Reliability Assessment of Advanced Microstructures in Chip-scale Packages
C16-25 Physics of Failure Based Approach for Component Use at High Temperature
C16-26 Effects of Long Term Storage on Electronic Components
C16-29 FEA Model Integration with calceSARA
C16-30 Factors Impacting Surface Insulation Loss on Printed Wiring Boards
C16-32 Material Selection Criteria to Reduce Pad Cratering