[T] - Dissipateurs de chaleur pour Raspberry
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[T] - Dissipateurs de chaleur pour Raspberry

  • Pi Zero / Pi Zero W
  • 1x heat sink + adhesive
  • High performance (better than Aluminium)
€2.96 (tax incl.) €2.45 (tax excl.)
Tax included
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Description

A High efficiency heat sink for Pi Zero

This 15x15mm heat sink make of ceramic and fitted with thermal conductive adhésive are the best you can offer to you PiZero / Pi Zero W.

The ceramic is a material with a better colling efficiency than alminium.
The heat sink (15x15mm) is a bit bigger than the Zero's SoC (12x12mm), which offer even bigger exchange area for the Soc without causing issues with the surrounding components. All of them are smaller (in height) than the SoC (except 2 capacitors that can be easily avoided, see the picture).

Placing heat-sink relative to capacitors

The ceramics heat sink:

  • are not electrical conductive :-)
  • doesn't act as antenna
  • are very low profile.
    As they are more efficient, they don't need to be as big as aluminium heat-sink.
  • very light
  • Offers a verrryyyy big surface to exchange the heat with the air.
  • are fitted with thermal conductive adhesive (Silicone's based adhesive).

Technical details

  • Size: 15mm x 15mm
  • Height: 2mm
  • Material: ceramic
  • Thermal resistor: 10.21°C/W

About the thermal resistance

The thermal resistor (also named Rth) of this product is rated at 10.21°C/W.
Some aluminium heat-sink are rated to 27°C/W as thermal resistor.
So what is the best ?
The ceramic heat sink with Rth = 10.21°C/W will have its temperature raising of 10°C for each watt sink out.
For the same 1 watt sink out, the aluminium heat sink (rated around 27°C/W) will have its temperature increased of 27°C!!!
So, higher is the thermal resistor (Rth) and worse is the heat-sink (less efficiant) :-/

Content

One heat sink. Pi Zero not included!

Data sheet
RASP-HEAT-SINK-ZERO
3232100012493