Vishay Precision Group Fans, Thermal Management - Thermal - Pads, Sheets THJP1206ABT1

Description
Win Source Part Number: 1338252-THJP1206ABT1 Category: Fans, Thermal Management - Thermal - Pads, Sheets Series: ThermaWick™ Type: Thermal Bridge Jumper Package: Tape & Reel Usage: Heat Transfer Standard Package: 1,000 Thickness: 0.0030" (0.076mm) Outline: 3.20mm x 1.60mm Material: Aluminum Nitride Shape: Rectangular Thermal Resistivity: 15°C/W Thermal Conductivity: 65W/m-K ECCN: EAR99 Fake Threat In the Open Market: 59 pct. MSL Level: 1 (Unlimited) Storage/Refrigeratio n Temperature: -85°F ~ 302°F (-65°C ~ 150°C) HTSUS: 8533.21.0030 Mfr: Vishay Dale Thin Film Base Product Number: THJP RoHS Status: RoHS non-compliant
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Description
Win Source Part Number: 1338252-THJP1206ABT1 Category: Fans, Thermal Management - Thermal - Pads, Sheets Series: ThermaWick™ Type: Thermal Bridge Jumper Package: Tape & Reel Usage: Heat Transfer Standard Package: 1,000 Thickness: 0.0030" (0.076mm) Outline: 3.20mm x 1.60mm Material: Aluminum Nitride Shape: Rectangular Thermal Resistivity: 15°C/W Thermal Conductivity: 65W/m-K ECCN: EAR99 Fake Threat In the Open Market: 59 pct. MSL Level: 1 (Unlimited) Storage/Refrigeratio n Temperature: -85°F ~ 302°F (-65°C ~ 150°C) HTSUS: 8533.21.0030 Mfr: Vishay Dale Thin Film Base Product Number: THJP RoHS Status: RoHS non-compliant
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Suppliers

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Fans, Thermal Management - Thermal - Pads, Sheets - THJP1206ABT1 - Win Source Electronics
Laguna Hills, CA, United States
Fans, Thermal Management - Thermal - Pads, Sheets
THJP1206ABT1
Fans, Thermal Management - Thermal - Pads, Sheets THJP1206ABT1
Win Source Part Number: 1338252-THJP1206ABT1 Category: Fans, Thermal Management - Thermal - Pads, Sheets Series: ThermaWick™ Type: Thermal Bridge Jumper Package: Tape & Reel Usage: Heat Transfer Standard Package: 1,000 Thickness: 0.0030" (0.076mm) Outline: 3.20mm x 1.60mm Material: Aluminum Nitride Shape: Rectangular Thermal Resistivity: 15°C/W Thermal Conductivity: 65W/m-K ECCN: EAR99 Fake Threat In the Open Market: 59 pct. MSL Level: 1 (Unlimited) Storage/Refrigeratio n Temperature: -85°F ~ 302°F (-65°C ~ 150°C) HTSUS: 8533.21.0030 Mfr: Vishay Dale Thin Film Base Product Number: THJP RoHS Status: RoHS non-compliant

Win Source Part Number: 1338252-THJP1206ABT1
Category: Fans, Thermal Management - Thermal - Pads, Sheets
Series: ThermaWick™
Type: Thermal Bridge Jumper
Package: Tape & Reel
Usage: Heat Transfer
Standard Package: 1,000
Thickness: 0.0030" (0.076mm)
Outline: 3.20mm x 1.60mm
Material: Aluminum Nitride
Shape: Rectangular
Thermal Resistivity: 15°C/W
Thermal Conductivity: 65W/m-K
ECCN: EAR99
Fake Threat In the Open Market: 59 pct.
MSL Level: 1 (Unlimited)
Storage/Refrigeration Temperature: -85°F ~ 302°F (-65°C ~ 150°C)
HTSUS: 8533.21.0030
Mfr: Vishay Dale Thin Film
Base Product Number: THJP
RoHS Status: RoHS non-compliant

Buy Now Datasheet
Thermal Jumper, Alumi Nitride, 170W/m.k; Thermal Conductivity Vishay - 59AJ2392 - Newark, An Avnet Company
Chicago, IL, United States
Thermal Jumper, Alumi Nitride, 170W/m.k; Thermal Conductivity Vishay
59AJ2392
Thermal Jumper, Alumi Nitride, 170W/m.k; Thermal Conductivity Vishay 59AJ2392
THERMAL JUMPER, ALUMI NITRIDE, 170W/M.K; Thermal Conductivity:170W/m. K; Conductive Material:Aluminium Nitride; Thickness:0.03"; Thermal Impedance:15°C/W; Dielectric Strength:-; External Length:0.126"; External Width:0.063"

THERMAL JUMPER, ALUMI NITRIDE, 170W/M.K; Thermal Conductivity:170W/m.K; Conductive Material:Aluminium Nitride; Thickness:0.03"; Thermal Impedance:15°C/W; Dielectric Strength:-; External Length:0.126"; External Width:0.063"

Supplier's Site Datasheet

Technical Specifications

  Win Source Electronics Newark, An Avnet Company
Product Category Thermal Compounds and Thermal Interface Materials Thermal Compounds and Thermal Interface Materials
Product Number THJP1206ABT1 59AJ2392
Product Name Fans, Thermal Management - Thermal - Pads, Sheets Thermal Jumper, Alumi Nitride, 170W/m.k; Thermal Conductivity Vishay
Thermal Conductivity 65 W/m-K (37.56 BTU-ft/hr-ft²-F) 170 W/m-K (98.22 BTU-ft/hr-ft²-F)
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