Termale - Cuscinetti, Fogli

L37-3F-300-300-0.25-1A

partiture parte: 5481

Type: Conductive Pad, Sheet, Forma: Square, Schema: 300.00mm x 300.00mm, Spessore: 0.0100" (0.254mm), Materiale: Silicone Elastomer,

L37-3S-300-300-10.0-0

partiture parte: 362

Type: Conductive Pad, Sheet, Forma: Square, Schema: 300.00mm x 300.00mm, Spessore: 0.394" (10.00mm), Materiale: Silicone Elastomer,

L37-3-300-300-3.0-1A

partiture parte: 1066

Type: Conductive Pad, Sheet, Forma: Square, Schema: 300.00mm x 300.00mm, Spessore: 0.118" (3.00mm), Materiale: Silicone Elastomer,

H48-6C-320-320-3.0-0

partiture parte: 714

Type: Conductive Pad, Sheet, Forma: Square, Schema: 320.00mm x 320.00mm, Spessore: 0.118" (3.00mm), Materiale: Silicone Elastomer,

L37-3L-150-150-0.5-1A

partiture parte: 6632

Type: Conductive Pad, Sheet, Forma: Square, Schema: 150.00mm x 150.00mm, Spessore: 0.0197" (0.500mm), Materiale: Silicone Elastomer,

TG6050-10-5-1

partiture parte: 139752

Type: Conductive Pad, Sheet, Forma: Rectangular, Schema: 10.00mm x 5.00mm, Spessore: 0.0400" (1.016mm), Materiale: Silicone Elastomer,

L37-5-100-100-0.5-0

partiture parte: 30677

Type: Conductive Pad, Sheet, Forma: Square, Schema: 100.00mm x 100.00mm, Spessore: 0.0197" (0.500mm), Materiale: Silicone Elastomer,

H48-6G-100-100-1.0-0

partiture parte: 4426

Type: Conductive Pad, Sheet, Forma: Square, Schema: 100.00mm x 100.00mm, Spessore: 0.0400" (1.016mm), Materiale: Silicone Elastomer,

L37-5-100-100-2.0-1A

partiture parte: 16771

Type: Conductive Pad, Sheet, Forma: Square, Schema: 100.00mm x 100.00mm, Spessore: 0.0790" (2.000mm), Materiale: Silicone Elastomer,

H48-2K-50M-320-0.15

partiture parte: 112

Type: Conductive Pad, Roll, Forma: Rectangular, Schema: 50.00m x 320.00mm, Spessore: 0.0060" (0.152mm), Materiale: Silicone,

TG4040-320-320-5.0-0

partiture parte: 228

Type: Conductive Pad, Sheet, Forma: Square, Schema: 320.00mm x 320.00mm, Spessore: 0.197" (5.00mm), Materiale: Silicone Elastomer,

H48-6-320-320-3.0-0

partiture parte: 918

Type: Conductive Pad, Sheet, Forma: Square, Schema: 320.00mm x 320.00mm, Spessore: 0.118" (3.00mm), Materiale: Silicone Elastomer,

L37-3-150-150-0.5-2A

partiture parte: 7236

Type: Conductive Pad, Sheet, Forma: Square, Schema: 150.00mm x 150.00mm, Spessore: 0.0197" (0.500mm), Materiale: Silicone Elastomer,

T62-110-80-0.13

partiture parte: 37623

Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 110.00mm x 80.00mm, Spessore: 0.0050" (0.127mm), Materiale: Graphite,

L37-3F-640-320-0.25-0

partiture parte: 4003

Type: Conductive Pad, Sheet, Forma: Rectangular, Schema: 640.00mm x 320.00mm, Spessore: 0.0100" (0.254mm), Materiale: Silicone Elastomer,

TG997-288-192-5

partiture parte: 76

Type: Pad, Sheet, Forma: Rectangular, Schema: 288.00mm x 192.00mm, Spessore: 0.197" (5.00mm), Materiale: Silicone,

H48-2K-50M-320-0.2

partiture parte: 75

Type: Conductive Pad, Roll, Forma: Rectangular, Schema: 50.00m x 320.00mm, Spessore: 0.0080" (0.203mm), Materiale: Silicone,

DC0019/03-TI900-0.12-2A

partiture parte: 35644

Usu: Rectifier, Type: Die-Cut Pad, Sheet, Forma: Square, Schema: 31.75mm x 31.75mm, Spessore: 0.0050" (0.127mm), Materiale: Silicone,

H48-6C-640-320-10.0-0

partiture parte: 208

Type: Conductive Pad, Sheet, Forma: Rectangular, Schema: 640.00mm x 320.00mm, Spessore: 0.394" (10.00mm), Materiale: Silicone Elastomer,

TGX-103-50-0.5

partiture parte: 7681

Type: Conductive Pad, Sheet, Forma: Rectangular, Schema: 103.00mm x 50.00mm, Spessore: 0.0197" (0.500mm), Materiale: Silicone Elastomer,

H48-2-640-320-10.0-1A

partiture parte: 211

Type: Conductive Pad, Sheet, Forma: Rectangular, Schema: 640.00mm x 320.00mm, Spessore: 0.394" (10.00mm), Materiale: Silicone Elastomer,

TI900-105-37-0.12

partiture parte: 31979

Type: Conductive Insulator Pad, Forma: Rectangular, Schema: 105.00mm x 37.00mm, Spessore: 0.0050" (0.127mm), Materiale: Silicone,

T69-295-295-0.017

partiture parte: 3093

Type: Sheet, Forma: Square, Schema: 295.00mm x 295.00mm, Spessore: 0.0007" (0.017mm), Materiale: Graphite,

EYG-S1014ZLAD

partiture parte: 2785

Usu: IGBT - Heat Transfer Low Thermal Resistance, Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 138.00mm x 97.80mm, Spessore: 0.0079" (0.200mm), Materiale: Graphite,

EYG-E0912XC6F

partiture parte: 3117

Usu: Heat Dispersion and Transfer, Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 115.00mm x 90.00mm, Spessore: 0.0394" (1.000mm), Materiale: Graphite,

EYG-A121807K

partiture parte: 960

Usu: In-Plane Heat Transfer, Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 180.00mm x 115.00mm, Spessore: 0.0028" (0.070mm), Materiale: Graphite,

EYG-S1014ZLDB

partiture parte: 2844

Usu: IGBT - Heat Transfer Low Thermal Resistance, Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 138.00mm x 98.00mm, Spessore: 0.0079" (0.200mm), Materiale: Graphite,

EYG-A091203RV

partiture parte: 4056

Usu: In-Plane Heat Transfer, Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 115.00mm x 90.00mm, Spessore: 0.0010" (0.025mm), Materiale: Graphite,

EYG-N0912QG6S

partiture parte: 6311

Usu: Heat Isolation, Type: Insulator Pad, Sheet, Forma: Rectangular, Schema: 115.00mm x 90.00mm, Spessore: 0.0065" (0.165mm), Materiale: Silica and Graphite,

EYG-A121803PM

partiture parte: 2996

Usu: In-Plane Heat Transfer, Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 180.00mm x 115.00mm, Spessore: 0.0010" (0.025mm), Materiale: Graphite,

EYG-A121802DM

partiture parte: 6691

Usu: In-Plane Heat Transfer, Type: Graphite-Pad, Sheet, Forma: Rectangular, Schema: 180.00mm x 115.00mm, Spessore: 0.0008" (0.020mm), Materiale: Graphite,

WAVEBLOCKER-A008-30-02-0762-0762

partiture parte: 3828

SUPERTHERMAL-C128-05-00-0762-0762

partiture parte: 2047

SOFTFLEX-B016-30-01-0762-0762

partiture parte: 16567

CD-02-05-127

partiture parte: 9542

Type: Pad, Sheet, Forma: Square, Schema: 127.00mm x 127.00mm, Spessore: 0.0030" (0.076mm), Materiale: Phase Change Compound,

COH-1019LVC-200-30-1NT

partiture parte: 110

Type: Gel Pad, Sheet, Forma: Square, Schema: 200.00mm x 200.00mm, Spessore: 0.118" (3.00mm), Materiale: Silicone Gel,