Semiconductor Materials
Thermal Management Knowledge Center
Welcome to the forefront of thermal management technology.
As electronics continue to shrink while power densities increase, effective thermal management has never been more critical. Thermal Interface Materials (TIMs) are pivotal in dissipating heat quickly and efficiently from devices, ensuring optimal performance and longevity. However, the choice of TIMs isn’t one-size-fits-all. Tailored solutions are essential, driven by product use, lifecycle, packaging design, and operating conditions.
Our exclusive resources on TIMs are tailored for engineers and business leaders seeking to enhance their knowledge and expertise in the evolving landscape of thermal management solutions. Whether you’re working in consumer electronics, automotive, or AI server industries, our resources are designed to empower you with the knowledge required for making informed business and engineering decisions.
Our resources delve into three pivotal topics; please complete the form to download these assets.
Application Note
The role of TIM in Modern Electronic Devices
This paper serves as a comprehensive foundation, explaining the essential functions of TIMs and how they facilitate thermal conduction in various applications. You will learn about the key parameters influencing TIM selection for different devices.
Application Note
Application Note: Optimizing AI Systems with TIM 1.5
As AI technologies become more sophisticated, thermal solutions must be developed to meet rising demands. This white paper examines cutting-edge TIM technologies that can substantially enhance thermal performance in AI systems, addressing challenges such as heat management in dense chip architectures.
Case Study
Efficient Phase Change Material (PCM) for Electric Vehicles
As the automotive industry pivots to electric and hybrid vehicles, the thermal challenges associated with battery management systems and power electronics necessitate innovative solutions. This paper explores how Phase Change Materials (PCMs) can be optimized for thermal stability and efficiency, particularly in extreme operating conditions.
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