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June 2012
library  >  Qpedia - Monthly Thermal eMagazine

Graphene Fillers Promise Major Improvements to TIM Thermal Conductivity


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traditional fillers, typically particles of alumina or glass, are inherently limited in their abilities to conduct heat. as a result, thermal transfer into spreaders is limited and chips may not be cooled to the levels they require.

 

with power dissipation rising, there is a need for tims with higher levels of thermal conductivity. graphene-filled tims may be the first major breakthrough to the continuing need for higher performing interface materials.

 

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