Modeling Temperature Cycle Fatigue Life of Select SAC Solders
Published: |
September 8, 2021 |
Author: |
Michael Osterman |
Abstract: |
While the presence of silver in SAC solder provided excellent temperature cycling durability, the silver in high silver SAC alloy also made the solders susceptible to failures under drop/shock loading. To improve the drop/shock reliability, the silver content in SAC alloys was reduced from three percent, to as low as no silver. Solder dopants, also known as microalloy additions, are elements (typically 0.1% or lower) other than the main constituents of the alloy that have been shown to improve solder performance. Commonly used microalloy additions include nickel (Ni), bismuth (Bi), manganese (Mn), and antimony (Sb).... |
You must be a registered user to talk back to us. |
Company Information:
More articles from CALCE Center for Advanced Life Cycle Engineering »
- Jan 26, 2022 - Adhesion and Puncture Strength of Polyurethane Coating Used to Mitigate Tin Whisker Growth
- Dec 21, 2021 - Using Simulation to Optimize Microvia Placement and Materials to Avoid Failure During Reflow
- Dec 16, 2021 - Reliability Evaluation of One-Pass and Two-Pass Techniques of Assembly for Package on Packages under Torsion Loads
- May 01, 2019 - Controlling Moisture in Printed Circuit Boards
- Oct 20, 2016 - Analysis of Laminate Material Properties for Correlation to Pad Cratering
- See all SMT / PCB technical articles from CALCE Center for Advanced Life Cycle Engineering »
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 »
Modeling Temperature Cycle Fatigue Life of Select SAC Solders article has been viewed 187 times