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A Novel, Low-Cost C-C Composite Heat Sink Material

  • W. Kowbel (a1), V. Chellappa (a1) and J.C. Withers (a1)
Abstract

Rapid advances in high power electronics packaging require the development of new heat sink materials. Advanced composites designed to provide thermal expansion control as well as improved thermal conductivity have the potential to provide benefits in the removal of excess heat from electronic devices. Carbon-carbon (C-C) composits are under consideration for several military and space electronic applications including SEM-E electronic boxes. The high cost of C-C composits has greatly hindered their wide spread commercialization. A new manufacturing process has been developed to produce high thermal conductivity (over 400 W/mK) C-C composites at greatly reduced cost (less than $50/lb). This new material has potential applications as both a heat sink and a substrate. Dielectric coatings such as A1N and diamond were applied to this new type of heat sink material. Processing, as well as mechanical and thermal properties of this new class of heat sink material will be presented.

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References
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1 Fitzer, E., High Temperature-High Pressure, 10 29 (1978)
2 Kowbel, W., and Withers, J.C., Carbon, 34, 819 (1996)
3 Shih, W.T., Proc. of 39th International SAMPE Symposium, 2157 (1994)
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MRS Online Proceedings Library (OPL)
  • ISSN: -
  • EISSN: 1946-4274
  • URL: /core/journals/mrs-online-proceedings-library-archive
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