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Thermal Interface Material

 

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Thermal compounds and thermal interface materials form a thermally conductive layer on a substrate, between components or within a finished product.
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Parts by Number for Thermal Interface Material Top

Partb # Distributor Manufacturer Product Category Description
CS9461020B ASAP Semiconductor COOLING SOURCE Not Provided Heatsink, Pin Fin, 10X10, Height 20, Interface Material: thermal
HSP-3 RS Electronics Crydom Inc. Not Provided Thermal interface material designed for use will all three phase panel mount SSR ’s (53TP/53RV). Excellent alternative to thermal grease. Features - Color: White; Thickness: .003; Adhesive: No.
HSP-2 RS Electronics Crydom Inc. Not Provided Thermal interface material designed for use with all single phase Panel mount SSR ’s, Control modules and M50 power modules. Excellent alternative to thermal grease. Features - Color: Black; Thickness: .005; Adhesive: Yes.

Conduct Research Top

  • Thermal Interface Materials (.pdf)
    Thermal Interface Materials (TIMs) are used to efficiently transmit heat from an area of high thermal energy to an area of lower thermal energy. These materials are often used to conduct heat away from a temperature sensitive device, or to transmit thermal energy to a device that is being thermally
  • Indium Thermal Interface Materials (.pdf)
    Thermal interface materials are useful for a variety of applications, but solder thermal interface materials (sTIM) are especially suited to high-end device cooling. To improve package reliability, it is especially important to choose the right alloy. Indium, in particular, should be considered
  • Thermal Interface Materials - A Brief Overview
    of thermally conductive interface material is necessary to fill the interstices between the mating surfaces. Moreover, to ensure that electrical problems are not inadvertently introduced while solving the thermal problems, it is often essential that these same thermal interface materials simultaneously
  • Advanced Thermal Interface Materials for Enhanced Flip Chip BGA
    manner. Most semiconductor companies have developed some type of thermally enhanced FCBGA package that provides heat dissipation through the back of the die to a heat spreader. This design works very well, but is highly dependent on the ability of the thermal interface material (TIM) to transfer
  • Reducing Contact Thermal Resistance
    , determined by the size and quality of the contact areas between the electronic device and the heat sink or cold plate, the materials used, and the contact pressure. Rsa- Thermal resistance from the heat sink or cold plate to the ambient air or water, determined by the heat sink or cold plate design (material
  • Advanced Boron Nitride Epoxy Formulations Excel in Thermal Management Applications (.pdf)
    Epoxy based adhesives are prevalent interface materials for all levels of electronic packaging. One reason for their widespread success is their ability to accept fillers. Fillers allow the adhesive formulator to tailor the electrical and thermal properties of a given epoxy. Silver flake allow
  • Power Modules-How to Avoid Errors When Applying Thermal Paste (.pdf)
    normally consist of a plastic carrier materi-. al (e.g. silicon oil) and thermal conductive filler substances such as. zinc oxide, graphite or silver. They are available in the form of pastes,. adhesives, phase-change materials and foils. Thermal interface. materials conduct heat better than air
  • Comparing Thermal Efficiency of Surfacing Materials
    CAS DataLoggers recently provided the datalogging solution for a major research organization undertaking a project requiring the team to compare the effects of various surfacing materials used on a series of outdoor water tanks to achieve maximum thermal efficiency, and also how efficient

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