Download the Characterization of Thermally Aged Silicone Gels for Power Semiconductor Modules Whitepaper
Silicone gels are widely used as encapsulation materials, serving critical functions within the package such as preventing partial discharges and shielding inner module components from environmental impact. Commercial gels were subjected to thermal aging at extreme low and high temperatures. For the qualification of next-generation power module packages, understanding the influence of thermal aging on material properties is crucial.
This whitepaper presents the characterization results of commercial silicone gels subjected to thermal aging at both high− and low temperatures, providing insights into their suitability for demanding power semiconductor applications.
