TFO-Q-SI

Kontakt 联系方式 Download 下载 TFO-Q-SI Data Sheet Muster 样品订购


TFO-Q-SI

TFO-Q-SI is an electrically insulating thermally conductive silicone foil for an optimised thermal coupling between electronic packages and heat sinks. Through the specific formulation and filling with thermally conductive ceramic particles a very high thermal conductivity is reached. Under pressure the total thermal resistance is minimised. The material is characterised by its very high dielectric properties. The fibreglass reinforcement provides for an outstanding mechanic stability and cutthrough resistance as well as easy handling. For an easy and reliable preassembly the interface material is available with low tack pressure sensitive adhesive on one side.




PROPERTIES

  • Thermal conductivity: 6.0 W/mK
  • High thermal contact
  • Outstanding mechanic stability through fibreglass reinforcement
  • Very high dielectric strength
  • Extraordinary chemical resistance and longterm stability
  • Residue-free removal after use

AVAILABILITY

  • Sheet 420 x 500 mm
  • Non tacky
    (TFO-QXXX-SI)
  • Tacky on one side
    (TFO-QXXX-SI-A1H)
  • Die cut parts
  • Kiss cut parts on sheet

APPLICATION EXAMPLES

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

PropertiesUnitTFO-Q200-SITFO-Q300-SITFO-Q450-SI
MaterialCeramic filled siliconeCeramic filled siliconeCeramic filled silicone
ColourPinkPinkPink
ReinforcementFibreglassFibreglassFibreglass
Thicknessmm0,20±0,050,30±0,050,45±0,05
Tensile Strengthpsi17129
UL FlammabilityUL 94V0V0V0
RoHS Conformity2015 / 863 / EUYesYesYes
Thermal
Resistance @ 150 PSI°C-inch²/W0.200.230.28
Resistance @ 30 PSI°C-inch²/W0,430.470,57
Thermal ConductivityW/mK6.06.06.0
Operating Temperature Range°C- 40 to + 180- 40 to + 180- 40 to + 180
Electric
Breakdown VoltagekV AC5.07.010,0
Volume ResistivityOhm - cm4,8 x 10146,4 x 10141,1 x 1015
Dielectric Constant@ 1 MHz3.32,93.1