Diamond Heat Sink

Diamond heat sinks are mainly made by depositing a specific metal film system on a diamond substrate through semiconductor processes such as sputtering, photolithography, and etching. Diamond heat sinks have electrical connection, physical support, and heat dissipation functions.

 

 

Diamond has a huge application space in high-heat dissipation devices such as high-power lasers for pumping, laser diode heat sinks for optical communications, high-power LEDs, and power microwave devices due to its superior thermal

conductivity.

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Characteristics

High thermal conductivity: Diamond has excellent thermal conductivity, which enables it to quickly conduct and disperse heat, improving the thermal management effect of the equipment.

 

 

Low thermal resistance: Diamond heat sinks have low thermal resistance characteristics, which effectively reduces the operating temperature of the equipment and improves the reliability and life of the equipment.

Application Field

High-power semiconductor lasers, optical communication equipment, electronic chips, power electronic devices and other fields.

Functional Application