Ceramic Heat Sink: CECD Series

Porous ceramic heat sink with excellent insulation.

  • Compared to traditional aluminum, the combination of the larger surface area provided by the porous structure and higher levels of thermal radiation amounts to superior heat dissipation.
  • About 30% lighter than aluminum heat sinks.
  • There is no electromagnetic radiation from the heat sink unlike conventional metallic ones.
  • Operating temperature -40 ~ 125°C
Ceramic Heat Sink: CECD Series

Typical Properties

PropertyCECD-1.5-020020TCECD-3.0-020020CECD-3.0-040040T
Thickness1.53.03.0
L1202040
L2202040
Thermal Conductivity (W/m・K)11.5
Volume Resistivity (Ω・cm)≥108
Operating Temperature (°C)-40 ~ 125
ColorGreen
Unit:mm
Dimension: CECD Series

Effectiveness

CECD Series Heat Dissipation Effect

CECD Series Heat Dissipation Effect

About 30% lighter than aluminum heat sinks.

Testing Method

Ceramic Heat Sink: Testing Method

Test Conditions

  • Heat Source: 10mm (1.6W)
  • Heat Sink Size: 20 mm (t =3 mm)

EMI issue with metalized heat sink

Metal HS: EMI issue with metalized heat sink

Metal heat sink becomes an antenna and receives electronic noise. Due to electrostatic coupling noise current shifts from IC and creates radiation noise.

Ceramic: EMI issue with metalized heat sink

Due to superb insulation Ceramic heat sink has no effect by electrostatic coupling or EMC noise.

* Specifications and dimensions are subject to change without notice for product improvement.