VISHAY SST Search Results

CQY80

Contextual Info: VISHAY ▼ Vishay Telefunken General Description Basic Function In an electrical circuit, an optocoupler ensures total electric isolation, including potential isolation, as in the case of a transformer, for instance. In practice, this means that the control circuit is

P-Channel TrenchFET Power MOSFET SOT-23

Abstract: TP0101T equivalent P-CHANNEL POWER MOSFET SO-8 TN0201T DUAL P- MOSFET SO-8
Contextual Info: Siliconix Vishay MOSFETs and Standard Products Visit Vishay’s Website at www.vishay.com LITTLE FOOT Power MOSFETs P-Channel MOSFETs ® LITTLE FOOT power MOSFETs are being designed into computer and computer peripheral products, telecom systems, automotive air bags, and numerous other

0858T

Abstract: VP0610T siliconix catalog dual j-fet MMBFJ176
Contextual Info: Siliconix Vishay MOSFETs and Standard Products Visit VishayÕs Website at www.vishay.com LITTLE FOOT¨ Power MOSFETs P-Channel MOSFETs LITTLE FOOT ¨ power MOSFETs are being designed into computer and computer peripheral products, telecom systems, automotive air bags, and numerous other

P-Channel JFETs

Abstract: sst5460 SST5461
Contextual Info: 2N/SST5460 Series VISHAY T Vishay Sil icon ix P-Channel JFETs 2N5460 2N5461 2N5462 SST5460 SST5461 SST5462 PRODUCT SUMMARY Part Number V G S o ff ( V ) V (B R )G S S M i n ( V ) 2 N /S S T 5 4 6 0 0 .7 5 to 6 40 1 -1 2 N /S S T 5 4 6 1 1 to 7.5 40 1.5 -2

SFERNICE

Abstract: A320 BRAKING STEERING Control UNIT
Contextual Info: V i s h ay I n tertec h n o l o g y, I n c . AND TEC I INNOVAT O L OGY Vishay Sfernice N HN MOTION TRANSDUCERS FOR AERONAUTIC O 19 62-2012 Resistors - For Aeronautic Applications Vishay Sfernice Positioning Technology – For More Than 20 Years, the Preferred Choice of Airbus and its Partners

JPAD5 VISHAY

Abstract: JPAD50 PAD50 SSTPAD100 vishay siliconix code marking to-92 SSTPAD5
Contextual Info: PAD/JPAD/SSTPAD Series Vishay Siliconix Low-Leakage Pico-Amp Diodes PAD1 JPAD5 SSTPAD5 PAD5 JPAD50 SSTPAD100 PAD50 PRODUCT SUMMARY Part Number IR Max pA PAD1 –1 PAD5/JPAD5/SSTPAD5 –5 PAD50/JPAD50 –50 SSTPAD100 –100 FEATURES BENEFITS APPLICATIONS

surface mount pico-amp diode

Abstract: JPAD5 VISHAY PAD Series JPAD50 PAD50 SSTPAD100 SSTPAD10 diode pico-amp PAD5 vishay
Contextual Info: PAD/JPAD/SSTPAD Series Vishay Siliconix Low-Leakage Pico-Amp Diodes PAD1 JPAD5 SSTPAD5 PAD5 JPAD50 SSTPAD100 PAD50 PRODUCT SUMMARY Part Number IR Max pA PAD1 –1 PAD5/JPAD5/SSTPAD5 –5 PAD50/JPAD50 –50 SSTPAD100 –100 FEATURES BENEFITS APPLICATIONS

JPAD5 VISHAY

Abstract: PAD5 JPAD50 PAD50 SSTPAD100 sstpad5 marking code vishay SILICONIX to-72 PAD1 Siliconix
Contextual Info: PAD/JPAD/SSTPAD Series Vishay Siliconix Low-Leakage Pico-Amp Diodes PAD1 JPAD5 SSTPAD5 PAD5 JPAD50 SSTPAD100 PAD50 PRODUCT SUMMARY Part Number IR Max pA PAD1 –1 PAD5/JPAD5/SSTPAD5 –5 PAD50/JPAD50 –50 SSTPAD100 –100 FEATURES BENEFITS APPLICATIONS

DPAD1

Abstract: DPAD5 DPAD50 SSTDPAD100 DPAD
Contextual Info: DPAD/SSTDPAD Series Vishay Siliconix Dual Low-Leakage Pico–Amp Diodes DPAD1 SSTDPAD5 DPAD5 SSTDPAD100 DPAD50 PRODUCT SUMMARY Part Number IR Max pA DPAD1 –1 DPAD5/SSTDPAD5 –5 DPAD50 –50 SSTDPAD100 –100 FEATURES BENEFITS APPLICATIONS D Ultralow Leakage: DPAD1 <1 pA

70340

Abstract: DPAD50 SSTDPAD100 DPAD5
Contextual Info: DPAD/SSTDPAD Series Vishay Siliconix Dual Low-Leakage Pico–Amp Diodes DPAD1 SSTDPAD5 DPAD5 SSTDPAD100 DPAD50 PRODUCT SUMMARY Part Number IR Max pA DPAD1 –1 DPAD5/SSTDPAD5 –5 DPAD50 –50 SSTDPAD100 –100 FEATURES BENEFITS APPLICATIONS D Ultralow Leakage: DPAD1 <1 pA

Contextual Info: DPAD/SSTDPAD Series Vishay Siliconix Dual Low-Leakage Pico–Amp Diodes DPAD1 SSTDPAD5 DPAD5 SSTDPAD100 DPAD50 PRODUCT SUMMARY Part Number IR Max pA DPAD1 –1 DPAD5/SSTDPAD5 –5 DPAD50 –50 SSTDPAD100 –100 FEATURES BENEFITS APPLICATIONS D Ultralow Leakage: DPAD1 <1 pA

Contextual Info: SST500 SERIES CURRENT REGULATING DIODES FEATURES REPLACES SILICONIX/VISHAY SST502 SERIES WIDE CURRENT RANGE 0.19 to 5.6mA BIASING NOT REQUIRED VGS = 0V ABSOLUTE MAXIMUM RATINGS 1 A K K SOT-23 TOP VIEW @ 25 °C unless otherwise stated Maximum Temperatures

dpad10

Contextual Info: DPAD/SSTDPAD Series Vishay Siliconix Dual Low-Leakage Pico-Amp Diodes DPAD1 SSTDPAD5 DPAD5 SSTDPAD100 DPAD50 PRODUCT SUMMARY Part Number DPAD1 Ir Max pA -1 DPAD5/SSTDPAD5 -5 DPAD50 -50 SSTDPAD100 -100 FEATURES BENEFITS APPLICATIONS • Ultralow Leakage: DPAD1 <1 pA

Contextual Info: 2N4856JAN/JANTX/JANTXV Series Vishay Siliconix N-Channel JFETs 2N4856JAN 2N4856JANTX 2N4856JANTXV 2N4857JAN 2N4857JANTX 2N4857JANTXV 2N4858JAN 2N4858JANTX 2N4858JANTXV 2N4859JAN 2N4859JANTX 2N4859JANTXV 2N4860JAN 2N4860JANTX 2N4860JANTXV 2N4861JAN 2N4861JANTX

SST510

Abstract: SST507 vishay 70711 SST502 SST503 SST504 SST505 SST506 SST507 SST508
Contextual Info: SST502 Series Vishay Siliconix Current Regulator Diodes—POV min 45 V SST502 SST504 SST506 SST508 SST510 SST503 SST505 SST507 SST509 SST511 TO-236 (SOT-23) PRODUCT SUMMARY Anode Part Number Typ IF (mA) Marking Part Number Typ IF (mA) Marking SST502 0.43

SST508 Vishay

Abstract: SST502 SST503 SST504 SST505 SST506 SST507 SST508 SST509 SST510
Contextual Info: SST502 Series Vishay Siliconix Current Regulator Diodes—POV min 45 V SST502 SST504 SST506 SST508 SST510 SST503 SST505 SST507 SST509 SST511 TO-236 (SOT-23) PRODUCT SUMMARY Anode Part Number Typ IF (mA) Marking Part Number Typ IF (mA) Marking SST502 0.43

2N4856JAN

Abstract: 2N4856JANTX 2N4857JAN 2N4857JANTX 2N4858JAN 2N4858JANTX 2N4859JAN 2N4859JANTX 2N4860JAN 2N4861JAN
Contextual Info: 2N4856JAN/JANTX/JANTXV Series Vishay Siliconix N-Channel JFETs 2N4856JAN 2N4856JANTX 2N4856JANTXV 2N4857JAN 2N4857JANTX 2N4857JANTXV 2N4858JAN 2N4858JANTX 2N4858JANTXV 2N4859JAN 2N4859JANTX 2N4859JANTXV 2N4860JAN 2N4860JANTX 2N4860JANTXV 2N4861JAN 2N4861JANTX

Contextual Info: 2N4856JAN/JANTX/JANTXV Series Vishay Siliconix N-Channel JFETs 2N4856JAN 2N4856JANTX 2N4856JANTXV 2N4857JAN 2N4858JAN 2N4857JANTX 2N4857JANTXV 2N4858JANTX 2N4858JANTXV 2N4859JAN 2N4859JANTX 2N4859JANTXV 2N4860JAN 2N4860JANTX 2N4860JANTXV 2N4861JAN 2N4861JANTX

2N4858 VISHAY

Abstract: 2n4856 jantx 2N4856 2N4856JAN 2N4856JANTX 2N4857JAN 2N4857JANTX 2N4858JAN 2N4858JANTX 2N4859JAN
Contextual Info: 2N4856JAN/JANTX/JANTXV Series Vishay Siliconix N-Channel JFETs 2N4856JAN 2N4856JANTX 2N4856JANTXV 2N4857JAN 2N4857JANTX 2N4857JANTXV 2N4858JAN 2N4858JANTX 2N4858JANTXV 2N4859JAN 2N4859JANTX 2N4859JANTXV 2N4860JAN 2N4860JANTX 2N4860JANTXV 2N4861JAN 2N4861JANTX

marking code vishay SILICONIX to-236

Abstract: marking code vishay SILICONIX to-72 vishay siliconix code marking to-92
Contextual Info: PAD/JPAD/SSTPAD Series Vishay Siliconix Low-Leakage Pico-Amp Diodes PAD1 PAD5 PAD50 JPAD5 SSTPAD5 JPAD50 SSTPAD100 PRODUCT SUMMARY lR Max pA PAD1 -1 PAD5/JPAD5/SSTPAD5 -5 PAD5Q/JPAD50 -50 SSTPAD100 -100 FEATURES BENEFITS APPLICATIONS • Ultralow Leakage: PAD1 <1 pA

SST5198NL

Abstract: SST5199NL U5196NL U5197NL U5198NL U5199NL
Contextual Info: SST/U5196NL Series New Product Vishay Siliconix Monolithic N-Channel JFET Duals SST5198NL SST5199NL U5196NL U5197NL U5198NL U5199NL PRODUCT SUMMARY Part Number VGS off (V) V(BR)GSS Min (V) gfs Min (mS) IG Max (pA) jVGS1 - VGS2j Max (mV) U5196NL -0.7 to -4

Siliconix JFET Duals

Abstract: jfet SST5198NL SST5199NL U5196NL U5197NL U5198NL U5199NL JFET DUALS
Contextual Info: SST/U5196NL Series New Product Vishay Siliconix Monolithic N-Channel JFET Duals SST5198NL SST5199NL U5196NL U5197NL U5198NL U5199NL PRODUCT SUMMARY Part Number VGS off (V) V(BR)GSS Min (V) gfs Min (mS) IG Max (pA) jVGS1 - VGS2j Max (mV) U5196NL -0.7 to -4

marking code vishay SILICONIX TO-206AF

Abstract: SSTPAD5 sstpad100
Contextual Info: PAD/JPAD/SSTPAD Series Vishay Siliconix Low-Leakage Pico-Amp Diodes PAD1 JPAD5 SSTPAD5 PAD5 JPAD50 SSTPAD50 PAD50 PRODUCT SUMMARY Part Number IR Max pA PAD1 –1 PAD5/JPAD5/SSTPAD5 –5 PAD50/JPAD50 –50 SSTPAD100 –100 FEATURES BENEFITS APPLICATIONS D Ultralow Leakage: PAD1 <1 pA

dg441 st

Contextual Info: VISHAY Y Vishay Siliconix About Analog Switches V isha y S ilico nix is th e w o rld 's leading su p p lie r of h ig h -p erform a n ce, p recision so lid -sta te a na lo g sw itche s. For m ore than tw e n ty ye ars, w e ’ve co m bin e d new te ch n o lo g ie s