SIL-PAD 600 Search Results

NASA SP-R-0022A

Abstract: SP-R-0022A ASTM D 2240 ASTM-D412 SIL-PAD 600 SP-R0022A SIL-PAD SPR-0022A astm 412 IN4500
Contextual Info: SIL-PAD 400 The Original Fiberglass Based Sil-Pad SIL-PAD 400 Sil-Pad 400 is the original Sil-Pad material. Sil-Pad 400 is a composite of silicone rubber and fiberglass. It is flame retardant and is specially formulated for use as a thermally conductive insulator. Primary use is to electrically isolate

Sil-Pad 400®

Contextual Info: SIL-PAD 400 The Original Fiberglass Based Sil-Pad SIL-PAD 400 Sil-Pad 400 is the original Sil-Pad material. Sil-Pad 400 is a composite of silicone rubber and fiberglass. It is flame retardant and is specially formulated for use as a thermally conductive insulator. Primary use is to electrically isolate

Contextual Info: Sil-Pad 1750 For High Humidity,High Dielectric U.L.94 1950,IEC 950 Requirements Features and Benefits • Thermal impedance: 0.53°C-in 2/W (@50 psi) • Excellent dielectric strength retention after humidity exposure • Elastomeric pad T YPICAL PROPERT IES OF SIL-PAD 1750

SP1200

Contextual Info: Sil-Pad 1200 Exceptional Performance,Thermally Conductive Elastomeric Material Features and Benefits o T YPICAL PROPERT IES OF SIL-PAD 1200 PROPERTY Color • Thermal Impedance:0.53 C-in /W @ 50 psi 2 • Exceptional thermal performance at lower application pressures

MIL-I-49456

Abstract: SIL-PAD E59150 MIL-M-38527 SIL-PAD K10 MIL-M-38527C ASTM D412 for rubber MIL-M-87111 ASTM D412 D150
Contextual Info: Sil-Pad K-10 ® The High Performance Kapton Based Insulator Features and Benefits • Thermal impedance 2 0.41°C-in /W @50 psi Typical Properties of Sil-Pad K-10 Property Imperial Value Metric Value Test Method Beige Beige Visual Color Reinforcement Carrier

BERGQUIST

Abstract: ASTM D5470 astm D150 D149 diode D1458 D149 D150 D2240 D257 D374
Contextual Info: Sil-Pad K-4 The Original Kapton®-Based Insulator Features and Benefits TYPICAL PROPERTIES OF SIL-PAD K-4 PROPERTY Color • Thermal impedance: 0.48°C-in2/W @50 psi • Withstands high voltages • High dielectric strength • Very durable IMPERIAL VALUE

spk6

Abstract: ASTM D412 D257 D374 D412 D1458 D149 D150 D2240 ASTM D374
Contextual Info: Sil-Pad K-6 The Medium Performance Kapton®-Based Insulator Features and Benefits • Thermal impedance: 0.49°C-in2/W @50 psi • Physically strong dielectric barrier against cut-through • Medium performance film TYPICAL PROPERTIES OF SIL-PAD K-6 PROPERTY

ASTM D2240, D412

Abstract: D412 transistor D412 E59150 astm D150 ASTM D2240 ASTM D412 MIL-M-87111 d1458 transistor SIL-PAD
Contextual Info: Sil-Pad K-6 ® The Medium Performance Kapton Based Insulator Features and Benefits • Thermal impedance 2 0.49°C-in /W @50 psi Typical Properties of Sil-Pad K-6 Property Imperial Value Metric Value Test Method Bluegreen Bluegreen Visual Color Reinforcement Carrier

ASTM D412

Abstract: d1458 D412 ASTM-D412 astm D150 ASTM D2240 SIL-PAD ASTM D2240, D412 conductivity meter circuit D149
Contextual Info: Sil-Pad K-4 ® The Original Kapton Based Insulator Features and Benefits • Thermal impedance 2 0.48°C-in /W @50 psi Typical Properties of Sil-Pad K-4 Property Imperial Value Metric Value Test Method Gray Gray Visual Color Reinforcement Carrier Kapton

Contextual Info: Sil-Pad K-6 The Medium Performance Kapton®-Based Insulator Features and Benefits • Thermal impedance: 0.49°C-in 2/W @50 psi • Physically strong dielectric barrier against cut-through • Medium performance film T YPICAL PROPERT IES OF SIL-PAD K-6

Contextual Info: Sil-Pad K-4 The Original Kapton®-Based Insulator Features and Benefits T YPICAL PROPERT IES OF SIL-PAD K-4 PROPERTY Color • Thermal impedance: 0.48°C-in 2/W @50 psi • Withstands high voltages • High dielectric strength • Very durable IMPERIAL VALUE

SIL-PAD

Abstract: D412 SIL-PAD K10 D1458 D149 D150 D2240 D257 D374 kapton film
Contextual Info: Sil-Pad K-10 The High Performance Kapton®-Based Insulator Features and Benefits • Thermal impedance: 0.41°C-in2/W @50 psi • Tough dielectric barrier against cut-through • High performance film • Designed to replace ceramic insulators TYPICAL PROPERTIES OF SIL-PAD K-10

bergquist

Abstract: SIL-PAD K10 ASTM D2240, D412 astm D150 ASTM D2240 ASTM D412 D412 D1458 D149 D150
Contextual Info: Sil-Pad K-10 The High Performance Kapton®-Based Insulator Features and Benefits • Thermal impedance: 0.41°C-in2/W @50 psi • Tough dielectric barrier against cut-through • High performance film • Designed to replace ceramic insulators TYPICAL PROPERTIES OF SIL-PAD K-10

Contextual Info: Sil-Pad K-10 The High Performance Kapton®-Based Insulator Features and Benefits • Thermal impedance: 0.41°C-in 2/W @50 psi • Tough dielectric barrier against cut-through • High performance film • Designed to replace ceramic insulators T YPICAL PROPERT IES OF SIL-PAD K-10

Contextual Info: SPDG_Cover_0511 v7.qxp 6/22/2011 12:25 PM Page 2 Thermally Conductive Interface Materials for Cooling Electronic Assemblies Sil-Pad S E L E C T I O N G U I D E SPDG_Cover_0511 v7.qxp 6/22/2011 12:25 PM Page 3 June 2011 All statements, technical information and recommendations herein are based on tests we believe to be reliable, and THE

HT8654

Abstract: talk back circuit talking talking back parrot Parrot 5
Contextual Info: HT8654 Parrot Talking Back Features • • • • • • • • • • • • • • Operating voltage: 4.5V~5.5V ADM algorithm DRAM options: – 256K – 64K Sampling rate options: – 32Kb – 16Kb Recording capacity options: – 2 seconds – 4 seconds

function of ic LM386

Abstract: lm386 transistor LM386 LM386 application note LM386 PIN DIAGRAM LM386 circuits transistor application LM386 BLOCK DIAGRAM 22K11 HT8654
Contextual Info: HT8654 Parrot Talking Back Features • • • • • • Single power supply: 4.5V~5.5V ADM algorithm DRAM options: – 256K – 64K Sampling rate options: – 32Kb – 16Kb Recording capacity options: – 2 seconds – 4 seconds Stop recording option •

a81s

Abstract: transistor BC 8050 8050 8550 transistor bc 8550 8550 oh c
Contextual Info: HOLTEK HT8654 Parrot Talking Back Features • • • • • • O perating voltage: 4.5V~5.5V ADM algorithm DRAM options: - 256K - 64K Sam pling rate options: - 32Kb - 16Kb Recording capacity options: - 2 seconds - 4 seconds Stop recording option - Silence control

APV21

Abstract: AQY212EH AQY216 SOP4 AQY21SOP AQY211EH AQY22 AQY216EH AQV214EH AQV214
Contextual Info: PhotoMOS Relays Semiconductor Relays PhotoMOS Relays: Product family Popular Type Selection Table Type1 Package Contact arrangement2) PhotoMOS Relay Dimensions Peak load V Continous load current Type ON-resistance typical) Dimensions Through hole terminal type

2KBP10M

Abstract: 2KBP005M 2KBP01M 2KBP02M 2KBP04M 2KBP06M 2KBP08M
Contextual Info: 2KBP005M – 2KBP10M W TE PO WE R SEM IC O ND UC TO R S 2.0A GLASS PASSIVATED BRIDGE RECTIFIER Features ! Glass Passivated Die Construction ! ! ! ! ! Low Forward Voltage Drop High Current Capability High Reliability High Surge Current Capability Ideal for Printed Circuit Boards

KBP150

Abstract: KBP151 KBP1510 KBP152 KBP154 KBP156 KBP158
Contextual Info: KBP150 – KBP1510 W TE PO WE R SEM IC O ND UC TO R S 1.5A BRIDGE RECTIFIER Features ! Diffused Junction ! ! ! ! ! ! Low Forward Voltage Drop High Current Capability High Reliability High Surge Current Capability Ideal for Printed Circuit Boards UL Recognized File # E157705

Contextual Info: KBP200 – KBP2010 W TE PO WE R SEM IC O ND UC TO R S 2.0A BRIDGE RECTIFIER Features ! Diffused Junction ! ! ! ! ! ! Low Forward Voltage Drop High Current Capability High Reliability High Surge Current Capability Ideal for Printed Circuit Boards UL Recognized File # E157705

Contextual Info: KBP200G – KBP2010G W TE PO WE R SEM IC O ND UC TO R S 2.0A GLASS PASSIVATED BRIDGE RECTIFIER Features ! Glass Passivated Die Construction ! ! ! ! ! Low Forward Voltage Drop High Current Capability High Reliability High Surge Current Capability Ideal for Printed Circuit Boards

152G

Abstract: KBP150G KBP1510G
Contextual Info: KBP150G – KBP1510G W TE PO WE R SEM IC O ND UC TO R S 1.5A GLASS PASSIVATED BRIDGE RECTIFIER Features ! Glass Passivated Die Construction ! ! ! ! ! Low Forward Voltage Drop High Current Capability High Reliability High Surge Current Capability Ideal for Printed Circuit Boards