Applications Thermal Management Semiconductor Test

半导体测试

The most stringent application requirements for thermal interface materials (TIMs) are found in semiconductor testing. This environment presents challenges such as increased power, elevated heat flux, larger die sizes, and greater warpage that must be effectively managed. For semiconductor testing, compressible soft metal alloys like indium have become the industry standard. Specifically engineered for system-level test, functional test, and burn-in and testing processes, these recyclable materials support multiple insertions, improve process yields, and offer ease of use.

一张电路板 热成像图电路板 温度分布不均的区域:明亮的橙色和黄色表示热点,而较冷的区域则呈现为紫色和蓝色。
A black and silver integrated circuit socket with an open lid, designed for efficient burn-in testing.

Improve Process Yields With Heat-Spring® HSK

Heat-Spring® HSK features a textured pattern on one side and an aluminum-clad barrier layer on the other, ensuring durability through numerous insertions. The thin aluminum layer facing the device under test (DUT) prevents the soft metal from adhering to the surface, effectively reducing the risk of stains and cracks.

增强不平整表面的间隙填充和隔热性能

可持续的 TIM

Metal TIMs are easy to handle, 100% recyclable, and eligible for credit upon return. Multiple alloys are available depending on operating temperature requirements.

灵活

适应性强的格式可弯曲 90°,并可缠绕各种测试头/插座盖配置,包括万向节测试头。

性能

表面图案设计可降低接触电阻,在 50 psi 压力下提供与焊料相当的热性能。此外,还提供压力更低的新选项。

多次插入

The aluminum-clad layer on the DUT prevents staining and sticking, allowing it to be used for hundreds of cycles.

相关应用

一张电路板 上的计算机微芯片特写电路板 可见电子元器件 电路图案。

热管理

面向高性能计算(HPC)的散热解决方案,确保可靠性

一张带有透明覆盖层的微芯片插图,展示了内部元器件 电子连接,突显了其堪比腕表设计的精密程度。

计时器 1、计时器 1.5、计时器 2

金属基热界面材料(TIM)具有出色的导热性能,并且……

Exploded view of electronic components on a green background, showing circuit boards, copper connectors, and a central logo.

包装-附件

广泛的选择以应对……的挑战

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