iNEMI Pb-Free Alloy Characterization Project Report: Part II - Thermal Fatigue Results For Two Common Temperature Cycles
Published: |
September 8, 2021 |
Author: |
Richard Parker, Richard Coyle, Gregory Henshall, Joe Smetana, Elizabeth Benedetto |
Abstract: |
The Pb-Free Alloy Characterization Program sponsored by International Electronics Manufacturing Initiative (iNEMI) is conducting an extensive investigation using accelerated temperature cycling (ATC) to evaluate ball grid array (BGA) thermal fatigue performance of 12 commercial or developmental Sn based Pb-free solder alloys. This paper presents the initial findings from a specific subset of the temperature cycling test matrix. The focus is on comparing alloy performance for two of the most commonly specified temperature cycles, 0 to 100 °C and -40 to 125 °C.... |
|
Company Information:
More articles from iNEMI (International Electronics Manufacturing Initiative) »
- May 13, 2021 - iNEMI Project on Process Development of BiSn-Based Low Temperature Solder Pastes
- Apr 08, 2021 - Investigation of Factors That Influence Creep Corrosion
- Apr 08, 2021 - Qualification Test Development for Creep Corrosion
- May 08, 2019 - Cold Ball Pull Test Efficiency for the PCB Pad Cratering Validation with the Ultra Low Loss Dielectric Material
- May 09, 2018 - Relative Humidity Dependence of Creep Corrosion on Organic-Acid Flux Soldered Printed Circuit Boards
- See all SMT / PCB technical articles from iNEMI (International Electronics Manufacturing Initiative) »
More SMT / PCB assembly technical articles »
- Apr 11, 2022 - iNEMI Webinar 07.07.2021 - PCB Cleaning | ZESTRON Americas
- Jan 28, 2022 - Open Radio Unit White Box 5G | Whizz Systems
- Nov 10, 2021 - Understanding the Cleaning Process for Automatic Stencil Printers | ITW EAE
- Oct 20, 2021 - PCB Surface Finishes & The Cleaning Process - A Compatibility Study | ZESTRON Americas
- Oct 06, 2021 - Cleaning Before Conformal Coating | ZESTRON Americas
- Browse Technical Library »
iNEMI Pb-Free Alloy Characterization Project Report: Part II - Thermal Fatigue Results For Two Common Temperature Cycles article has been viewed 229 times