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Heatsinks for Half Brick DC/DC Converters. High fin density has more surface area for better heat transfer in less space Thin fin geometry improves system airflow and reduces fan costs Hole pattern...

Heatsinks for Quarter Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole...

Heatsinks for Eighth Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole ...

Heatsinks for Quarter Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole...

Heatsinks for Quarter Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole...

Heatsinks for Eighth Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole ...

Heatsinks for Eighth Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole ...

Heatsinks for Eighth Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole ...

Heatsinks for Eighth Brick DC/DC Converters. High fin density has more surface area for heat transfer, despite small foot print Thin fin geometry improves system airflow and reduces fan costs Hole ...

The Max Clip System™ OS508 Profile. Clip mounting technology offers high reliability Economic and manufacturing benefits that replace rivets and screws Simplified and rapid assembly for mounting a ...

Vertical Mount. Vertical mounting black anodised extruded aluminium heat sinks, incorporating solderable mounting pins Pre-drilled to accept a variety of plastic power transistors

Vertical Mount. Vertical mounting black anodised extruded aluminium heat sinks, incorporating solderable mounting pins Pre-drilled to accept a variety of plastic power transistors

TO220/TO218/TO247 Extruded with Unequal Channel Widths. Extruded heatsink with unequal channel widths front and back Use with TO-220 or 218 or TO-247 packages

TO220 Channel Style 13.6°C/W with Two Integrated Tabs. Channel style heatsink with two integrated tabs

TO220 Channel Style 13°C/W with Mounting Tabs. Channel style heatsink featuring three integrated mounting tabs Use with TO220 packages