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Thermal - Heat Sinks

Heat sinks are heat exchangers designed to dissipate heat to prevent thermal damage to electronic components or fluids. Heat sinks are widely used in a variety of industries and applications. One example of a heat sink is the 268-85CTE, an advanced dual-core heat sink designed to help reduce heat loads and maintain thermal stability in both consumer and industrial applications.

268-85CTE Design & Applications

The advanced dual-core design of the 268-85CTE enables two separate cooling solutions in one module. It features two copper core heat sinks with a dielectric insulation foam between them. This combined thermal solution helps reduce heat loads and enhances the thermal stability for both consumer and industrial applications. It is ideal for applications that require both a conventional heat sink and one with low power consumption.

The 268-85CTE can be used in a variety of applications including: consumer electronics, medical equipment, computers, automotive, solar power systems and LED lighting. It is designed for use in high temperature, high vibration and high power applications. The dual-core design provides increased thermal stability and superior heat dissipation for any application.

268-85CTE Working Principle

The 268-85CTE is designed to help reduce heat loads and enhance thermal stability in a variety of applications. It works by transferring the heat generated from the electronic components to the environment via convective heat transfer. The two copper cores efficiently absorb the heat and release it to the environment. The insulation foam between the two cores helps to reduce the amount of heat lost to the environment, while also preventing any short-circuiting between the two cores.

The dual-core design enables the 268-85CTE to provide superior thermal stability and heat dissipation when compared to conventional single-core heat sinks. The insulated foam between the two cores helps to reduce the amount of heat transferred between them, allowing for greater thermal stability. The two copper cores also provide maximum heat transfer with minimal power consumption, making the 268-85CTE an ideal solution for applications with high power requirements and space constraints.

In addition to its thermal properties, the 268-85CTE also provides excellent corrosion resistance and a long operational life due to its durable construction. The aluminum base and high-grade thermal conductive material ensure maximum heat transfer efficiency, while the coated surface helps protect the heat sink from environmental damage.

Conclusion

The 268-85CTE heat sink is an advanced dual-core heat sink designed to help reduce heat loads and maintain thermal stability in both consumer and industrial applications. Its unique dual-core design, insulated foam and durable construction make it an ideal solution for a variety of applications. It provides superior thermal stability, maximum heat dissipation with minimal power consumption, corrosion resistance and a long operational life.

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