HS35

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Introduction

HS35 is a unique heat sink technology that is designed to effectively transfer heat away from sensitive components in medical equipment and other devices to help prolong their lifespan. The technology is based on a heat-based analysis of thermal transfer, has a high thermal conductivity, and can extend the life of sensitive components by up to 50%.

Application Field

HS35 heat sinks are primarily used in the medical device industry where extreme temperatures must be avoided and managed in order to ensure component durability and safety. They can be used to protect sensitive components such as embedded processors, ASICs, DSPs, and other electrical components. In addition, HS35 heat sinks can also be used in other industries such as semiconductor fabrication, high-intensity lighting, automotive, aerospace, and defense, among others.

Working Principle

HS35 heat sinks work by transferring thermal energy away from sensitive components with lower thermal endurance. It utilizes a special engineering technique called “thermal analysis” to accurately predict the temperature of the heat sink in order to ensure the safe operation of components. This analysis also helps to improve the overall thermal efficiency of the heat sink, while minimizing its size and weight.

A heat sink is made of a material with a high thermal conductivity, such as aluminum. It is typically constructed of a superior alloy with a thin profile that has a low Overall Thermal Resistance (OTR) rating. This allows for better heat transfer and lower overall resistance, while also reducing the overall size and weight of the heat sink.

The heat sink is placed directly over the sensitive components, which allows it to absorb the thermal energy from those components, and then dissipate the heat away from them. This improves the longevity of the sensitive components and helps to improve the overall lifespan of the device itself.

Conclusion

By using HS35 heat sinks, industries can keep sensitive components functioning optimally, with longer lifespans, even in extreme temperature conditions. The technology is reliable, safe, and cost-effective, providing device makers and other industries the ability to produce high-quality products without sacrificing reliability or safety.

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