カタログ >
Aavid Thermalloy >
High Fin Ratio Power Extrusions

High Fin Ratio Power Extrusions
1 / 4ページ

カタログの抜粋

THERM ALLOY High Fin Ratio Heat Sinks for high power applications ADVANCED EXTRUSION TECHNOLOGY OPTIMISED FOR FORCED AIR. Up to 20:1 ratio available, providing a competitive alternative to fabricated fins or bonded solutions. High Fin Ratio Extrusions provide increased efficiency for high power applications under forced convection by creating a greater cooling surface. - anodizing or other surface finishes possible Combined with a fan, High Fin Ratio heat sinks provide significant component cooling benefits over system level fans. They incorporate a dedicated fan with a heat sink base to increase localized airflow while improving thermal efficiency. These active fan heat sinks allow for greater thermal performance than can be achieved with a much bigger size passive solution Why use Aavid High Fin Ratio heat sinks with Aavid fans? - Enhanced performance in less space - Increased life and reliability of critical high power components - System airflow is restricted or not possible - Impingement designs cool adjacent components - Skilled design engineers utilizing latest CFD design software - Suitable for a wide range of applications from drivers to power supplies to industrial equipment - No tooling and stock available for standard profiles <\\7/> AA\/in High Fin Ratio Heat Sinks

カタログの1ページ目を開く

High Fin Ratio Heat Sinks^ for high power applications STANDARD PROFILES Thermal performance and pressure drop curves are based on uniform thermal load on the heat sink base, 2 m/s air speed for forced convection, 75 °C temperature sink-to-ambient differential, 150 mm cut length of the heat sink. High Fin Ratio Heat Sinks

カタログの2ページ目を開く

カタログの3ページ目を開く

High Fin Ratio Heat Sinks for high power applications Thermal performance based on uniform thermal load on the heat sink base, forced convection, 75 °C temperature sink-to-ambient differential. EUROPE: 39.051.764002 ^tf/> A M/in High Fin Ratio Heat Sinks USA: 1.855.322.2843 J-^gSj '^VID www.aavid.eu ASIA: 86.21.6115.2000x8122 rf/x^ THERMALLOY September 2016 EU01.01

カタログの4ページ目を開く