electronics heating & cooling  (1,828 offers of 5,363,036 product items)

Snap in Transistor Holder Spring. Universal snap in transistor holder spring for transistor style housing types TO 218, TO 220, TO 247, TO 264 Easy assembly and secure grip when using special flute...

Transistor Retaining Springs. Universal multiple transistor retaining springs for TO 218, TO 220, TO 247, TO 264, SOT 32 and various SIP, Multiwatt etc.

SK 89 Extrusion Heatsink. The SK 89 heatsink comes with guide grooves for access panels or printed circuit boards and is available in 75 mm and 100 mm lengths. The SSR types can be snapped straight...

Transistor Retaining Springs. Universal multiple transistor retaining springs for TO 218, TO 220, TO 247, TO 264, SOT 32 and various SIP, Multiwatt etc.

SMD Heatsinks. Black anodised The kit box option (5040766) contains a range of SMD heatsinks with anodised and solderable surfaces. Mounting method: thermal adhesive or conductive foil (not included)

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 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 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...

Sockets for Power Transistors. The insulation for these sockets consists of polyamide reinforced by glass fibre, and the contacts are made from phosphorus bronze (2 μ Ni; 0.5 μ Au).

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 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 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 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 ...