TSP A3000 High Performance SIL PAD®

Bergquist Company TSP A3000 High-Performance SIL PAD® are conformable elastomers with ultra-high 3W/m.K thermal conductivity that acts as a thermal interface between electrical components and heat sinks. These inductors are designed for applications where optimal heat transfer is required. These thermally conductive silicone elastomers offer a thermal impedance of 0.32°C-in2/W (at 50psi). They are formulated to maximize the thermal and dielectric performance of the filler/binder matrix. This results in a grease-free, conformable material capable of meeting or exceeding the thermal and electrical requirements of high-reliability electronic packaging applications. Bergquist Company SIL PAD TSP A3000 High-Reliability Insulators are ideal for use in motor drive controls, avionics applications, high-voltage power supplies, and power transistor/heat sink interfaces.

Resultat: 28
Välj Bild Artikelnummer Tillverk: Beskrivning Datablad Tillgänglighet Prissättning: (SEK) Filtrera resultaten i tabellen efter enhetspris baserat på din kvantitet. Antal RoHS ECAD-modell Produkt Typ Paket/låda Material Värmeledningsförmåga Genomslagsspänning Färg Minsta drifttemperatur Maximal drifttemperatur Längd Bredd Tjocklek Dragstyrka Brännbarhetsklass Serie Förpackning
Bergquist Company 2817166
Bergquist Company Termiska gränssnittsprodukter Higher Performance, High Reliability Insulator, Sil-Pad TSP A3000 / A2000 Series Ledtid för icke lagerfört 5 Veckor
Min.: 39
Multipla: 1

A2000 / TSP A3000
Bergquist Company 2817167
Bergquist Company Termiska gränssnittsprodukter Higher Performance, High Reliability Insulator, Sil-Pad TSP A3000 / A2000 Series Ledtid för icke lagerfört 9 Veckor
Min.: 47
Multipla: 1

A2000 / TSP A3000
Bergquist Company Termiska gränssnittsprodukter Insulator, 0.015" Thickness, 10"x250' Roll, Sil-Pad TSPA3000/A2000, IDH 2210152 Ledtid för fabriksleveranser 3 Veckor
Min.: 1
Multipla: 1

Thermally Conductive Insulators Non-standard Silicone Elastomer White - 60 C + 200 C 250 ft 10 in 0.015 in UL 94 V-0 A2000 / TSP A3000