Advancing Bonding Techniques for Electronic Interconnects
This study focuses on two major bonding techniques: Cu nanoparticle (Cu NP) sintering and Cu-Sn3.0Ag0.5Cu (Cu-SAC305) hybrid paste bonding. Both methods aim to address the limitations of conventional soldering processes, especially in high-temperature, high-power applications.
Technical Paper
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Printed Electronics for Medical Devices
This paper will share details about multiple medical sensing applications and the advanced materials and processes used to assemble them for optimal functionality.
Technical Paper
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Soldering Challenges Caused by Warpage of Large Integrated Circuits
We found that BGAs exhibit minimum warpage at a reflow temperature of 200-220°C, not MAPSP 210oC the lower temperature of about 180°C that tin-bismuth solders require. The best process production window can be obtained by using a solder alloy with a melting point of 200°C
Technical Paper
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Vapor Phase Profiling
Thermal profiling the vapor phase soldering process especially those with vacuum is challenging. ECD's M-VP sealed barrier can take it. Learn more.
ECD
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Plasma as a Key Technology
Plasma technology improves electronics manufacturing, reduces oxide layers, prevents delamination & enables environmentally friendly products by using Openair-Plasma ® & PlasmaPlus®.
Plasmatreat GmbH
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The Causes of Tiny Solder Balls After Reflow
We have been seeing tiny solder balls across our boards after reflow. It appears that the solder is exploding as the balls are in areas where there is no paste or components.
Board Talk
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Build Your Solution with Manncorp
Get a custom SMT equipment plan in minutes and source your entire line from one trusted supplier—backed by lifetime expert support you won't find anywhere else.
Manncorp Inc.
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2nd Generation of indium TIM
A new generation of indium TIM has a protective layer to suppress surface oxidation. This work examines the performance of indium as TIM for BGA packaging.
Technical Paper
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