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Indium Corporation’s InSIDER Series is a free webinar program designed to help you enjoy technical content from any location.
InSIDER Series Rel-ion Technical Webinars
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Driving e-Mobility: Rel-ion™ Technical Webinars series will address a range of topics beneficial to anyone with technical involvement or interest in electric vehicles and the automotive industry.
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InSIDER Series Rel-ion Technical Webinars
InTACK™ Material Technology for Reduced Process Complexity in Power Module Soldering and Sintering Applications web logo
InTACK™ Material Technology for Reduced Process Complexity in Power Module Soldering and Sintering Applications
February 28, 2023 @ 8:30AM - 9:30AM New York Presenter: Joseph Hertline, ESM/Power Electronics Product Manager
Reliance on complex, costly alignment fixturing is growing as power module designers seek repeatable manufacturing and to achieve high-reliability performance. Flux-free soldering techniques are being deployed widely to meet the increasing requirements for quality, low voiding and cleanliness driven by Automotive/EV use cases. The emergence of sintering materials for SiC module applications are also a key consideration as manufacturers look at opportunities to scale processes and leverage the high-performance properties.  More

Reliance on complex, costly alignment fixturing is growing as power module designers seek repeatable manufacturing and to achieve high-reliability performance. Flux-free soldering techniques are being deployed widely to meet the increasing requirements for quality, low voiding and cleanliness driven by Automotive/EV use cases. The emergence of sintering materials for SiC module applications are also a key consideration as manufacturers look at opportunities to scale processes and leverage the high-performance properties. 

An emerging material technology, InTACK™, can be applied during assembly to provide robust tacking strength and reduce the dependency on customized fixturing. The absence of residue and contamination with InTACK™ make this a viable option for flux-free soldering and sintering applications where cleanliness directly influences reliability performance. Test data is analyzed to evaluate material characteristics for dispensing, tack strength, and post-processing. In addition, case studies are reviewed to demonstrate opportunities for reduced process steps, cycle time, and overall cost of ownership in power module manufacturing.

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