TEL-YSS-SI

Kontakt CONTATTI Download DOWNLOADS TEL-YSS-SI Data Sheet Muster Ordine di campionarura


TEL-YSS-SI Silikon Gap Filler hoch thermisch leitfähig

TEL-YSS-SI is a non dielectric high performance thermally conductive LV silicone gap filler for an optimised thermal coupling between electronic packages and heat sinks even over large gaps or big tolerances.Through the specific formulation and filling an extraordinary high anisotropic thermal conductivity is reached. Its conformal surface structure and extraordinary softness guarantee a very good compliance to the contact surfaces at low pressure. Thus the total thermal resistance is minimised.




PROPRIETÀ

  • High surface compliance and extraordinary softness
  • Low volatile siloxane content (LV)
  • Non dielectric
  • Thermal conductivity: 16 W/mK (anisotropic)
  • Extraordinary chemical resistance and longterm stability
  • Shock absorbing

DISPONIBILITÀ

  • Sheet 130 x 130 mm
    (TEL-YSSXXXX-SI)
  • Die cut parts
  • Optional with adhesive stripes or dots
    (TEL-YSSXXXX-SI-A1)

ESEMPI DI APPLICAZIONE

Thermal link of:

  • MOSFETs or IGBTs
  • Power diodes or AC/DC converters
  • Power modules

For use in Switch mode power supplies / Motor control units / Automotive engine management systems / UPS units / Solar systems

OVERVIEW

EigenschaftEinheitTEL-YSS0500-SITEL-YSS1000-SITEL-YSS2000-SI
MaterialGrafit gefülltes SilikonelastomerGrafit gefülltes SilikonelastomerGrafit gefülltes Silikonelastomer
FarbeSchwarzSchwarzSchwarz
Dickemm0,5±0,051,0±0,102,0±0,20
HärteShore 00404040
EntflammbarkeitUL 94V0V0V0
RoHS Konformität2015 / 863 / EUJaJaJa
Thermisch
Widerstand1 @ 50 kPa @ Dicke°C-inch²/W (mm)0,083 (0,42)0,124 (0,700)0,180 (0,954)
Widerstand1 @ 25 kPa @ Dicke°C-inch²/W (mm)0,089 (0,45)0,129 (0,785)0,205 (1,550)
Widerstand1 @ 23 kPa @ Dicke°C-inch²/W (mm)0,100 (0,47)0,137 (0,934)0,220 (1,874)
Thermische Leitfähigkeit1W/mK161616
Betriebstemperaturbereich°C- 50 bis + 180- 50 bis + 180- 50 bis + 180
Elektrisch
DurchgangswiderstandOhm - cm< 50.000< 50.000< 50.000