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TIM1, TIM1.5, TIM2

Home » Applications » Thermal Management » TIM1, TIM1.5, TIM2

  • TIM1, TIM1.5, TIM2
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TIM

Indium Corporation has products for TIM1, TIM1.5, and TIM2 applications.

Solder preforms can be used between a processor die and a heat-spreader as a solder thermal interface material. This application is often referred to as TIM1 or first level TIM.

Heat-Springs® and liquid metal can be used between a heat-spreader and a heat-sink as a compressible interface material. This is often referred to as TIM2, or second level TIM.

In mobile applications or bare die applications, such as laptops or video graphics boards, there is no heat-spreader, and the die is in direct contact with a cooling solution. This is referred to as TIM1.5. In this application, compressible materials, such as Heat-Springs® or liquid metal, are used.

TIM1, TIM1.5, TIM2 Product Links

  • Liquid Metal
  • Heat-Spring®

TIM1, TIM1.5, TIM2 Technical Documents

Whitepapers

Request This Document

Thermal Management Materials Choices

Authors: Andy C. Mackie PhD, Bob Jarrett, Dave Saums, Jordan Ross

Posted on 1 Jul 2009

Application Notes

No application notes to display

Product Data Sheets

Solder Alloy Chart (Letter)

Material Safety Data Sheets

No material safety data sheets to display

Thermal Interface Material Blog Posts

NanoFoil® for CPV Attachment

Thursday, April 18, 2013 by Jim Hisert [view bio]

The attachment of concentrated photovoltaic (CPV) cells is the perfect application for NanoFoil®. Due to the isolated heating during bonding, less stresses are imparted due to coefficient of thermal expansion. Unlike conductive adhesives or epoxies, NanoBonds® are full metal interfaces which…

Coefficient of Thermal Expansion

Monday, April 15, 2013 by Jim Hisert [view bio]

When dealing with bonding, we often mention CTE (Coefficient of Thermal Expansion). This is a very important topic when designing a soldered interface, whether you are choosing materials that will expand and contract at the same rate or bonding alloys or processes that will handle the stress of…

Thermal conductivity of NanoFoil®

Friday, March 08, 2013 by Jim Hisert [view bio]

A NanoBond® acts like a traditional solder bond in many ways. After reaction, the bulk properties of NanoFoil® are similar to that of many solders. To me, the property that is most attractive (since it is similar to that of a solder) is the thermal conductivity of reacted NanoFoil®. Just…

View All Blog Posts

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Jordan Ross

This page is owned by:

Jordan Ross
Senior Product Manager, Engineered Solders and Thermal Materials
jross@indium.com

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