Thermopads john

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Specifications	Thermopads john
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THERMO PADS 1-366NTE Electronics, Inc. Voice (973) 748-5089 FAX (973) 748-6224 http://www.nteinc.com NTE s THERMO-PADS do awa

Specifications	Thermopads john
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Content	THERMO PADS 1-366NTE Electronics, Inc. Voice (973) 748-5089 FAX (973) 748-6224 http://www.nteinc.com NTE s THERMO-PADS do away with the old fashioned mica wafer and conductive grease method of mounting power semiconductors. These thermally conductive insulators offer low heat transfer resistance while still provid‐ ing high electrical isolation between the parts of the assembly. The elastomeric material combines the electrical isolation of rigid insu‐ lators with the ability to conform to rough sur‐ faces and reduce contact resistance in much the same manner as thermal greases. Proper selection and use of these THERMO-PADS results in a securely-mounted power semi‐ conductor and minimum resistance to the heat transfer between it and the heat sink. INSTALLED COST PER THOUSAND UNITS THERMO-PAD TOTAL $80.00 MICA GREASE TOTAL $180.00 PRE-GREASED MICA TOTAL $130.00 MATERIALS LABOR $175 150 125 100 75 50 25 TYPICAL COST PER THOUSAND Note: NTE425 is a self-adhesive, thermal interface pad for use in computer applications. For additional information, refer to page 1-356. Tensile Strength (psi) / (MPa)3000ASTM D 412 TYPICAL PROPERTIES 0.009 INCHTEST PROPERTYTHICKNESSMETHOD ConstructionSilicone/Fiberglass- Breaking Strength Lbs./Inch30ASTM D 1458 Elongation, (%45°n to Warp and Fill)54ASTM D 412 Volume Resistivity (Ohm - Meter)1011ASTM D 257 Dielectric Breakdown Voltage (VAC)4500ASTM D 149 Dielectric Constant (1000 HZ)5.5ASTM D 150 Continuous Use Temperature (°C)-60° to +180°- Thermal Conductivity W m-k0.9- Hardness, Shore A85ASTM D 2240 Thickness (Expressed in Inches)0.009 ±0.001- Thermal Performance (TO220 Test @ 50psi °C/W)6.61- ColorGrayVisual Flame RatingV-OU.L. 94 Thermal Impedance (Note 1) (Test @ 50psi °C-in3/W)1.45- Note1.The ASTM D 5470 test fixture was used. The recorded value includes interfacial thermal resistance. These values are provided for reference only. Actual applica‐ tion performance is directly related to the surface roughness, flatness and pressure applied.
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