Thermal gap pads connect hot chips to heat sinks

March 9, 2006
Managing thermal loads in modern chip designs just got a bit easier, especially the task of connecting chips with their heat sinks.

 

Engineers can now choose from three S-Class thermal-conductive gap pads from The Bergquist Co., Chanhassen, Minn. (www.bergquistcompany.com). The 2000S40, 2500S20, and 3000S30 materials have thermal conductivities of 2, 2.4, and 3 W/mK, respectively. They are available from 10 to 125-mil thick and can be delivered as sheets or die cut to match specific components or shapes. When placed atop chips and other circuit-board components, they bridge the gap to the heat sink. The materials are a laminate of a compliant resin with embedded-glass reinforcements on the top layer to resist punctures, shear, and tears. The lower layer is naturally tacky rubber, eliminating the need for additional adhesives that may degrade thermal performance.

Sponsored Recommendations

April 16, 2025
Clean. Compact. Less heat.
April 16, 2025
SEW-EURODRIVE Introduces DR2C motor, IE5 Ultra-Premium Efficiency Motor
March 31, 2025
Unlike passive products - made of simple carbon springs - the bionic prostheses developed by Revival Bionics are propulsive, equipped with a motor and an artificial Achilles tendon...
March 31, 2025
Electric drives are a key technology for the performance of machines, robots, and power tools. Download this guide for an introduction to high-quality mechatronic drive systems...

Voice your opinion!

To join the conversation, and become an exclusive member of Machine Design, create an account today!