Elektromechanische Komponenten - Wärmeleitende Materialien - GAP-Materialien geteilt durch Wärmeleitfähigkeit - GAP Fillers W/mK (3,1-5,0)

Ware Name
Beschreibung

Verfügbarkeit

Davon reserviert

Menge

Mengenachlaßpreis ohne Mwst.

Verkaufspreis ohne MwSt.

Tflex HD7120, PI 9"x9" t=0,12"

> 0

110,5848

110,5850

Tflex HD7120, PI 9"x9" t=0,12" Laird TIM Gap Fillers, with PI liner,228,6x228,6x3mm

Tflex HD7120, PI 9"x9" t=0,16"

Tflex HD7120, PI 9"x9" t=0,16" Laird TIM Gap Fillers, with PI liner,228,6x228,6x4mm

Tflex HD720, PI 9"x9" t=0,04"

> 0

17,6348

17,6350

Tflex HD720, PI 9"x9" t=0,04" Laird TIM Gap Fillers, with PI liner,228,6x228,6x1mm

Tflex HD7200, DC1 4x4"

Tflex HD7200, DC1 4x4" Laird Thermal Gap Filler 101,6x101,6x5mm

Tflex HD760, PI 9"x9" t=0,06"

> 0

47,9391

47,9390

Tflex HD720, PI 9"x9" t=0,06" Laird TIM Gap Fillers, with PI liner,228,6x228,6x1,5mm

CoolZorb-500 0,02x18x18 IN

> 0

106,0870

Laird: CoolZorb-500 0,02x18x18 IN A17557-020 Hybrider thermischer EMI-Absorber CoolZorb 500 Serie 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x0,5mm A17557-020

Laird: CoolZorb-500 0,04x18x18 IN A17557-040 Hybrider thermischer EMI-Absorber CoolZorb 500 Serie 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x1,0mm A17557-040
CoolZorb 500 Series 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x1,0mm

CoolZorb-500 0,06x18x18 IN

> 0

231,7391

231,7390

Laird: CoolZorb-500, 0,06x18x18 IN A17557-060 Hybrider thermischer EMI-Absorber CoolZorb 500 Serie 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x1,5mm A17557-060
CoolZorb 500 Series 4 W/mK MI-Unterdrückung innerhalb von 1-90 GHz, 457,20 x 457,2 x 1,5 mm

Tgard 210, A1-with PSA, 406x356 mm; t=0.25

> 0

99,1304

99,1300

NOT RECOMMENDED FOR NEW PROJECTS Laird: Tgard 210, A1-with PSA, 406x356 mm; t=0.25 Thermally Conductive Insulator, Th.Cond-5W/mK, 6000 VAC , mit Kleber A10113-81

Tgard 210, AO-without PSA;431x431 mm;t=0.25 mm

> 0

141,5217

141,5220

NOT RECOMMENDED FOR NEW PROJECTS Laird: Tgard 210, AO-without PSA;431x431 mm;t=0.25 mm Thermally Conductive Insulator, Th.Cond-5W/mK, 6000 VAC A10113-80

Tgon 805, A0/ A10462-15

> 0

13,3913

13,3910

Laird: Tgon 805, A0 18x24in, t=0,13mm 5W/mK A10463-12, 457x609x0,13mm, A0= ohne Suffix, Electrically and Thermally
Leitfähiges Interface-Pad

Tgon 805, A1/ A10462-02

> 0

9,7826

9,7830

Laird: Tgon 805, A1 12x18in, t=0,13mm 5W/mK A10462-02, 305x 457x0,13mm, A1= mit Suffix, Electrically and Thermally
Leitfähiges Interface-Pad

Tgon 810, A0 /A10463-10

> 0

16,9565

16,9570

Laird: Tgon 810, A0 18x24in, t=0,25mm 5W/mK A10463-10, 457x609x0,25mm, A0= ohne Suffix, Electrically and ThermallyLeitfähiges Interface-Pad

Tgon 810, A0 /A10463-10

Laird: Tgon 810, A0 18x24in, t=0,25mm 5W/mK A10463-10, 457x609x0,25mm, A0= ohne Suffix, Electrically and ThermallyLeitfähiges Interface-Pad

Tgon 810; A1 /A10463-12

> 0

23,2609

23,2610

Laird: Tgon 810, A1 18x24in, t=0,25mm 5W/mK A10463-12, 457x609x0,25mm, A1= mit Suffix, Electrically and Thermally
Leitfähiges Interface-Pad

Tgon 820, A1 / A10464-10

> 0

27,8261

27,8260

Laird: Tgon 820, A1 18x24in, t=0,51mm 5W/mK A10464-10, 457x609x0,51mm, A1= mit Suffix, Electrically and Thermally
Leitfähiges Interface-Pad

Tgard 220, A0-without PSA, 406x406mm; t=0.51

1–9	95,6522
> 9	95,8696

95,6520

Laird: Tgard 220, A0-without PSA, 406x406mm; t=0.51 Thermally Conductive Insulator, Th.Cond-5W/mK, 10000 VAC, ohne Kleber A10114-25

Tgard 220, A0-without PSA, 406x406mm; t=0.51

Laird: Tgard 220, A0-without PSA, 406x406mm; t=0.51 Thermally Conductive Insulator, Th.Cond-5W/mK, 10000 VAC, ohne Kleber A10114-25

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