Laird Technologies Thermal Phase Change Material, 3.8W/mk; Insulator Body Material Laird A16000-01

Description
THERMAL PHASE CHANGE MATERIAL, 3.8W/MK; Insulator Body Material:Film, Non-Reinforced; Thermal Conductivity:3.8W/m. K; Breakdown Voltage Vbr:-; Thickness:-; Volume Resistivity:30000000 00000ohm-cm; Thermal Impedance:-; Dielectric RoHS Compliant: Yes
  • Thermal Phase Change Material, 3.8W/mk; Insulator Body Material Laird - 56Y0164 - Newark, An Avnet Company
    Newark, An Avnet Company
Datasheet
Description
THERMAL PHASE CHANGE MATERIAL, 3.8W/MK; Insulator Body Material:Film, Non-Reinforced; Thermal Conductivity:3.8W/m. K; Breakdown Voltage Vbr:-; Thickness:-; Volume Resistivity:30000000 00000ohm-cm; Thermal Impedance:-; Dielectric RoHS Compliant: Yes
Datasheet

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Thermal Phase Change Material, 3.8W/mk; Insulator Body Material Laird - 56Y0164 - Newark, An Avnet Company
Newark, An Avnet Company
Chicago, IL, United States
Thermal Phase Change Material, 3.8W/mk; Insulator Body Material Laird
56Y0164
Thermal Phase Change Material, 3.8W/mk; Insulator Body Material Laird 56Y0164
THERMAL PHASE CHANGE MATERIAL, 3.8W/MK; Insulator Body Material:Film, Non-Reinforced; Thermal Conductivity:3.8W/m. K; Breakdown Voltage Vbr:-; Thickness:-; Volume Resistivity:30000000 00000ohm-cm; Thermal Impedance:-; Dielectric RoHS Compliant: Yes

THERMAL PHASE CHANGE MATERIAL, 3.8W/MK; Insulator Body Material:Film, Non-Reinforced; Thermal Conductivity:3.8W/m.K; Breakdown Voltage Vbr:-; Thickness:-; Volume Resistivity:3000000000000ohm-cm; Thermal Impedance:-; Dielectric RoHS Compliant: Yes

Supplier's Site Datasheet

Technical Specifications

  Newark, An Avnet Company
Product Category Thermal Compounds and Thermal Interface Materials
Product Number 56Y0164
Product Name Thermal Phase Change Material, 3.8W/mk; Insulator Body Material Laird
Thermal Conductivity 3.8 W/m-K (2.2 BTU-ft/hr-ft²-F)
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