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Development of Materials Informatics Platform
Materials Informatics is one of the hottest technologies because of its potential to reduce the time and costs of discovering innovative materials.
Materials Tech
Robust SMT No-Clean Solder Paste for SIP and 01005 Assembly
Solder powder size, flux chemistry, stencil aperture, stencil surface technology, reflow process, and more are investigated.
Materials Tech
High Thermo-Mechanical Fatigue and Drop Shock Resistant Alloys
High-Ag, low-Ag: Which alloy fits best certain application? Here we present a report on the thermal and mechanical reliability of alloys.
Materials Tech
Pb-Free Water-Soluble Solder Paste Improves Reliability
This paper details a water-soluble lead-free solder paste that has improved voiding performance and washability over previous generations of solder paste.
Materials Tech
Cu Conductive Paste as Via Filling Materials for Various Substrates
In this study, we developed a Cu paste that can be used as a filling material for through silicon via (TSV), through glass via (TGV), and organic substrates.
Materials Tech
The Effect of Sb and Ag Addition on the Behavior of Sn-Bi LTS
This study focuses on the changes in melting and solidification behavior of near-eutectic Sn-Bi alloys with Sb (0.5-2wt%) and Ag (0-1wt%) additions.
Materials Tech
Reliability of New SAC-Bi Solder Alloys in Thermal Cycling with Aging
The effect of micro-alloying to SAC based solder materials on component reliability was studied, considering various factors of solder paste and surface finish.
Materials Tech
Investigation of Copper Sinter Material for Die Attach
3 copper powders were tested for their feasibility to use as die attach material for pressure sintering process without prior treatment with reducing agents.
Materials Tech
Discrete Carbon Nanotube Implementation for use in ESD Tooling
This research illustrates the improvement in volume and surface resistivity for trays and tooling fixtures manufactured usin functionalized carbon nanotubes.
Materials Tech
Expandable Bio-based Polymers: Future for Electronics Ruggedization
This paper presents a bio-based, expandable, thermoset solution, a low density, light weight method to effectively encapsulate and protect electronic components.
Materials Tech
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