Heatsink, 1.4K/W, 150 x 96 x 40mm

  • RS Stock No. 410-416
  • Mfr. Part No. P33/150A
  • Brand Semikron
Technical Reference
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): GB
Product Details

For Encapsulated Modules, Thermal Resistance 1.4°C/W

Total power dissipation is 40W

Note

Thermal resistance quoted is with fins vertical in free air. Length dimension refers to extrusion length along fins.

//media.rs-online.com/t_line/L505288-01.gif
Specifications
Attribute Value
Length 150mm
Width 96mm
Height 40mm
Dimensions 150 x 96 x 40mm
Thermal Resistance 1.4K/W
Colour Black
24 In stock for FREE next working day delivery
Price Each
£ 30.49
(exc. VAT)
£ 36.59
(inc. VAT)
Units
Per unit
1 - 49
£30.49
50 - 99
£27.14
100 - 249
£23.77
250 - 499
£20.43
500 +
£19.09
Related Products
ABL design their heat sinks to increase the ...
Description:
ABL design their heat sinks to increase the surface area and therefore dissipate heat over a greater area which leads to quicker cooling of the component. Designed using tempered alloys with greater thermal conductivity to maximise cooling performance. Heat sinks can be used to cool high power semiconductors, optoelectric devices ...
ABL design their heat sinks to increase the ...
Description:
ABL design their heat sinks to increase the surface area and therefore dissipate heat over a greater area which leads to quicker cooling of the component. Designed using tempered alloys with greater thermal conductivity to maximise cooling performance. Heat sinks can be used to cool high power semiconductors, optoelectric devices ...
Anodised heatsinks with tin-plated plugs and an insulator ...
Description:
Anodised heatsinks with tin-plated plugs and an insulator pin to pass tracks under the heatsink.Designed for vertically mounting transistors in SOT-32 or TO-220 plastic housings.Receptacles available with stock number 218-2283.
From Fischer Elektronik, this copper heatsink boasts excellent ...
Description:
From Fischer Elektronik, this copper heatsink boasts excellent heat conductivity and can be mounted directly to printed circuit boards by means of its solderable surface finish.