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QuickCool QHD -02007 3D heat diffusor Holes, Fins (L x W x H) 106 x 70 x 25.5 mm

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Product type
3D heat diffusor
Type
QHD -02007
Features
Holes
Fins
Material
Copper
Q (max) at T(e) (70 °C)
140 W
Datasheet (PDF)
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Part number:
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Fast track dispatch on Wed 4 Nov

7 Piece(s) (Only while stocks last)
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Total (€ 40.99 / piece)
€ 40.99
prav.tax.untaxed incl. VAT 
plus € 19.99 
prav.priceAvailability.ecoparticipation.cost ...
prav.priceAvailability.privatecopyingfee.cost ...
without further shipping costs 
Only 7 Piece(s) available
14-day return policy included

Highlights & Details

3D heat diffuser with fins

  • More than ten times higher heat conductivity than solid copper
  • Homogenisation of the temperature on the entire surface

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Technical specifications

Product type

3D heat diffusor

Type

QHD -02007

Features

Holes

Fins

Material

Copper

Q (max) at T(e) (70 °C)

140 W

Thermal resistance R(th)

0.21 K/W

Max. temperature

150 °C

Length

106 mm

Width

70 mm

Height

25.5 mm

Dim

(L x W x H) 106 x 70 x 25.5 mm

RoHS-compliant

Yes

Documents & Downloads

Datasheet

Datasheet 557166 QuickCool QHD -02007 3D heat diffusor Holes, Fins (L x W x H) 106 x 70 x 25.5 mm

User & Safety Instructions

User & Safety Instructions 557166 QuickCool QHD -02007 3D heat diffusor Holes, Fins (L x W x H) 106 x 70 x 25.5 mm

Description

The 3-D heat diffuser works like a heat-pipe with a two-phase circuit process. The evaporation of a working medium, mostly water, heat to a heat source can be recorded and at the heat sink by condensation then released. During a heatpipe a cylindrical shape and a relatively small diameter is a heat transport only in the axial direction is possible. Heat diffuser, however, are "flat heat pipes", which at any point heat record and to the colder areas to deliver. Due to the special construction is no surface curvature/no swollen and thus no additional load on the contacted components.

This text is machine translated.

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