Ceramics Substrate

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Ceramic substrates have following advantages: High thermal conductivity Excellent insulation properties High mechanical strength Excellent chemical stability Aluminum nitride ceramic substrates: Thermal conductivity > 200 W/m·K, thermal expansion coefficient matches that of silicon. They are widely used in optical communication, high-power LEDs, IGBTs, semiconductor coolers, heaters, aerospace, an

Additional Information

Color: Default Color
Size: Default Size
Origin: China
Usage: Default Usage
Type: Default Type
Efficiency: 99.9% Type

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Description:

Ceramic substrates have following advantages:

High thermal conductivity
Excellent insulation properties
High mechanical strength
Excellent chemical stability

Aluminum nitride ceramic substrates: Thermal conductivity > 200 W/m·K, thermal expansion coefficient matches that of silicon. They are widely used in optical communication, high-power LEDs, IGBTs, semiconductor coolers, heaters, aerospace, and military electronic components.

Alumina ceramic substrates: Used in electric power electronics, automotive industry, chemical industry, and solar cell components, among others.

Application:

Power resistance
High-power LED
Ceramic liner
Packing materials of semiconductor
LSI heat dissipation plate