Tgard™ K52 Series

High thermal and dielectric performance insulator pad from Laird Thermal

Image of Laird Technologies - Thermal Products' Tgard™ K52 Series Laird Thermal's Tgard K52s are a series of high thermal and dielectric performance insulator pads consisting of a ceramic filled phase change compound coated on MT Kapton film. Tgard K52 phase change coating all but eliminates contact thermal resistance. The phase change coating melts at 52°C and reduces the contact areas that contain air. Tgard K52-1 is ideal for applications requiring the best thermal performing insulator material. Tgard K52-2 has a great balance of thermal, dielectric, and cut through performance. Tgard K52-3 is a 3 mil MT Kapton film that provides the best crush and cut and tear resistance available with thermal properties that are still in the high performance category.

Features
  • High breakdown voltage of 4,000 to 9,000 range VAC
  • Resistant to tears and cut through
  • Total thermal resistance of 0.13 to 0.30 range °C-in²/watt at 20 psi clip force
Applications
  • Audio amps
  • Power modules
  • Switching mode power supplies

Tgard K52 Series

AbbildungHersteller-TeilenummerBeschreibungTypFormUmrissVerfügbare Menge
THERM PAD 457.2X279.4MM AMBERA14692-31THERM PAD 457.2X279.4MM AMBERIsolatorpad, BlattRechteckig457,20mm x 279,40mm311 - SofortDetails anzeigen
THERM PAD 457.2X279.4MM W/ADHA15750-00THERM PAD 457.2X279.4MM W/ADHIsolatorpad, BlattRechteckig457,20mm x 279,40mm28 - SofortDetails anzeigen
THERM PAD 457.2X279.4MM AMBERA14692-32THERM PAD 457.2X279.4MM AMBERIsolatorpad, BlattRechteckig457,20mm x 279,40mm123 - SofortDetails anzeigen
THERM PAD 457.2X279.4MM W/ADHA14704-22THERM PAD 457.2X279.4MM W/ADHIsolatorpad, BlattRechteckig457,20mm x 279,40mm3 - SofortDetails anzeigen
THERM PAD 457.2X279.4MM AMBERA16015-00THERM PAD 457.2X279.4MM AMBERIsolatorpad, BlattRechteckig457,20mm x 279,40mm0 - SofortDetails anzeigen
THERM PAD 457.2X279.4MM AMBERA14692-30THERM PAD 457.2X279.4MM AMBERIsolatorpad, BlattRechteckig457,20mm x 279,40mm0 - SofortDetails anzeigen
Veröffentlicht: 2012-06-29