Wolverine’s MicroCool® Division is proud to announce its global License Agreement with Infineon Technologies AG for the development, manufacture, and sale of its current MDT technology combined with existing clad metal material to create a new product innovation, MicroCool®-Clad™. Learn more from Wolverine. … [Read more...]
Thermal Control Accessories Socket BGA/QFN IC's
Ironwood Electronics' new high performance thermal socket lid -TSL-ST-01 allows any IC devices to be placed inside any socket and operated at IC's extreme temperature to determine its thermal capability.Thermal Socket Lid & Control Systems enable temperature control of IC devices during thermal characterization using direct thermal contact technology that provides accurate … [Read more...]
Non-Silicone Thermal Interface Products
AOS Thermal Compounds showcased its thermally conductive interface material, thermal grease and gap filler at SEMI-THERM 28 in San Jose, California. The company’s Micro-Faze®A is a dry-to-touch thermal interface pad formulated with non-silicone thermal grease. It was developed by AOS to offer the low thermal resistance in a thermal interface without the mess of grease. … [Read more...]
Thermal Interface Materials Improve Heat Management
Intermark offers thermal interface materials (silicone based, silicone free, EMC and Thermal management dual function types), heat spreader sheets, thin thermal tape, and other solutions to improve the heat management of any application including LED Lighting, laptops, routers, cell phones, medical equipment, solar, and automotive components. Intermark’s line of products for … [Read more...]
Carbon-Based Passive Thermal Management Material
Applied Nanotech’s new passive thermal management material, CarbAl™, is a carbon-based material with a unique combination of low density, high thermal diffusivity, and low coefficient of thermal expansion. CarbAl™ has a density of 1.75 g/cm3 compared to 2.7 g/cm3 for aluminum and 8.9 g/cm3 for copper. While copper has a slightly higher thermal conductivity than CarbAl™, 390 … [Read more...]
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