Microchannel cooling has emerged as an effective method to enhance cooling for electronics devices [1]. However, the problem of boundary layer development, as liquid coolant travels downstream, persists in conventional microchannel heatsinks. Consequently, convective heat transfer performance of a heat sink deteriorates in the axial direction, resulting in elevated maximum … [Read more...]
Thermal Ground Plane Vapor Chamber Heat Spreaders for High Power and Packaging Density Electronic Systems
SINCE 2008, collaborative research conducted at Raytheon Company, Thermacore Incorporated, Purdue University and Georgia Tech Research Institute has pursued the development of Thermal Ground Plane (TGP) technology. The DARPA-sponsored Radio Frequency Thermal Ground Plane (RFTGP) program focused on the development of high effective conductivity (keff >1000W/mK), low … [Read more...]
Calculation Corner: Transient Modeling of a High Power IC Package, Part 2
Part 1 can be found here. Part 1 of this article provided the groundwork for the present discussion [1]. It demonstrated the use of three different methodologies for performing a transient thermal analysis of a high-power IC package attached to a heat sink. These include the finite element analysis (FEA) method and a numerical model, which represents the package and heat sink … [Read more...]
High Temperature Felt and Millboard Ideal for Industrial Appliances
Morgan Thermal Ceramics announces the availability of its Superwool® HT™ Felt and Superwool® HT™ Millboard, ideal for fabricating gaskets and heat shields for industrial appliances, including ovens, fryers and cooking equipment. The lightweight, multi-purpose products are available in a full range of sizes, thicknesses and densities and offer equivalent performance to … [Read more...]
Thin Label Material Made of 0.5 Mil Polyimide Film
Polyonics has designed an ultra-thin, white coated, polyimide label material that uses a 0.5 mil film for space constrained electronics. The XF-616 is a high temperature, thermal transfer printable material with an aggressive acrylic adhesive to insure superior bond permanence. This label material is designed to provide a 20% lower profile and survive the harsh environments of … [Read more...]
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