Panasonic PGS Thermal Graphite Sheets
Panasonic PGS Thermal Graphite Sheets are very thin, synthetically-made, highly oriented graphite polymer film that are ideal as a thermal management/heat-sink. The PGS Graphite Sheets are ideal for space-limited areas or to provide supplemental heat-sinking to existing areas. With excellent thermal conductivity (2 to 4 times higher than copper), Panasonic PGS Thermal Graphite Sheets are flexible (withstands repeated bending), can be cut into customizable shapes, and are available in three thicknesses: 0.10mm, 0.07mm, and 0.025mm. Recommended applications are cellular phones, DVC, DSC, PC and peripherals, pickup, semiconductor manufacturing equipment, and optical communications equipment. Panasonic Type S PGS Thermal Graphite Sheets are now available individually packed with paper separator sheets.
Features
- 10µm to 100µm thick
- 700 to 1950W/m.K thermal conductivity
- Two to five times higher than copper and up to seven times better than aluminum
Graphite Sheets Honeycomb Structure
High Thermal Conductivity
Coefficient of thermal conductivity (W/m*K)
>2mm bend radius - sheets can be bent through 180 degrees more than 3000 times
>No impact to thermal conductivity if sharp folds are avoided
>Stable material resistant to environmental effects and shows no deterioration with age
>PGS can provide shielding to electromagnetic noise, providing a simultaneous EMI and thermal solution10µm to 100µm thick
a-b plane (KEC method)
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Usage and Results
Application Example of PGS (Simulation with heat)
Applications
Heat can be transferred away from an IC (LED) to the casing in a camera design, reducing the heat sinking required.
When applied in an IGBT or switching FET module, PGS acts as a thermal interface, reducing the thermal contact resistance and thermal soaking required.
Standard PGS Types
High Heat Resistance PGS Types
More Panasonic Thermal Solutions
Panasonic Thermal Management Solutions
Variety of solutions for applications requiring extreme thermal protection with limited space.
Publicado: 2010-07-15
| Actualizado: 2024-03-10