The Datasheet Archive

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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
IM6654AIJG IM6654AIJG ECAD Model Rochester Electronics LLC UVPROM, 512X8, 300ns, CMOS, CDIP24,
HM1-6504/B HM1-6504/B ECAD Model Rochester Electronics LLC HM1-6504 - Standard SRAM, 256X4, 300ns, CMOS

A080539-300nS-B datasheet (2)

Part ECAD Model Manufacturer Description Type PDF
A0805-39-300nS-B A0805-39-300nS-B ECAD Model RCD Components Delay Line, Active Tapped, 5 Tap, 300nSec Delay, 5V Supply Voltage, 8-DIP Original PDF
A080539-300nS-B A080539-300nS-B ECAD Model RCD Components ACTIVE (DIGITAL) DELAY LINE Original PDF

A080539-300nS-B Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
4MF-L010

Abstract: No abstract text available
Text: 3.0 @ 50 50 # CASE VRRM (VOLTS) 100 200 C BR 1F-D010 C B R 1F-D020 C B R 1F-D040 C BR 1F-D060 C B R 1F-D080 C B R 1F-D100 CBR 1F-D100S CBR 1F-D020S CBR 1F-D040S C BR 1F-D060S DIP SM D IP I CASEA CASEC C B R 1F-010 C B R 1F-020 C B R 1F-040 C B R 1F-060 C B R 1F-080 C B R 1F-100 C B R 2F-010 C B R 2F-020 C B R 2F-040 C B R 2F-060 C B R 2F-080 C B R 2F-100 C BR 3F-P010 C BR 3F-P020 CBR 3F-P040 C BR 3F-P060 C BR 3F-P0S0 C BR 3F-P100 400 600 800 1000 V f MAX @ IF 1.3V @ 1.0A 10nA 200ns 300ns 500ns


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PDF 1F-D010 1F-D020 1F-D040 1F-D060 1F-D080 1F-D100 1F-D100S 1F-D020S 1F-D040S 1F-D060S 4MF-L010
D4LA20

Abstract: de3l40 D6K40R D6K40 D6K20RH D6K20R D6K20H D6K20 D5L60 DD20R
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH de3l40 D6K40R D6K40 D6K20RH D5L60 DD20R
D6K40

Abstract: DFA05C D8L60 D6K40R D6K20RH D6K20R D6K20H D6K20 D5L60 D4LA20
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH D6K40 DFA05C D8L60 D6K40R D6K20RH D5L60
DD20R

Abstract: D6K40 D6K20RH D6K20R D6K20H D6K20 D5L60 D10LC20U DFA05C de3l40
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH DD20R D6K40 D6K20RH D5L60 D10LC20U DFA05C de3l40
d4la20

Abstract: D6K40R D6K20RH D6K20R D6K20H D6K20 D5L60 D10LC20U DFA05C 4131C
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH D6K40R D6K20RH D5L60 D10LC20U DFA05C 4131C
d4la20

Abstract: D8L60 D6K40R D6K40 D6K20RH D6K20R D6K20H D6K20 D5L60 DE3L40
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH D8L60 D6K40R D6K40 D6K20RH D5L60 DE3L40
D4LA20

Abstract: FA 600 D10LC20U D6K40 D6K20RH D6K20R D6K20H D5L60 de3l40 DD20R
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH FA 600 D10LC20U D6K40 D6K20RH D5L60 de3l40 DD20R
FA 600

Abstract: D4LA20 D10LC20U D6K20RH D6K20R D6K20H D6K20 D5L60 de3l40 DD20R
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH FA 600 D10LC20U D6K20RH D5L60 de3l40 DD20R
D4LA20

Abstract: D8L60 D6K40R D6K40 D6K20RH D6K20R D6K20H D6K20 D5L60 6602m
Text: 0. 5 50a 30 1. 4 0. 5 10 600 trr< 300ns . loHJUrStSKÄSi 19D DFA08C B & 200 0.8 25 1. 2 0. 8 10 200 485B DFA08E B & 400 0.8 25 1. 2 0. 8 10 400 trr< 300ns , loliTKtX® Âïi 485B DFB05B , 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns D6K20H StStc 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr<100ns 798 D6K20R STSTC 250 200 6 122c 120 25 j 1. 2 6 25c 10 200 25c trr< 300ns 798 , 123c 120 25 j 1.2 6 25c 10 400 25c trr< 300ns 798 D6K40R fí«7C 450 400 6 123c 120 25 j 1. 2 6 25c


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PDF D4LA20 D5L60 D6K20 300ns D6K20H 100ns D6K20R 300ns D6K20RH D8L60 D6K40R D6K40 D6K20RH D5L60 6602m
P020

Abstract: No abstract text available
Text: ) # C A SE DIP SM D IP I CASEA CASEC C B R 1F-010 C B R 2F-010 C BR 2F-020 C B R 2F-040 C BR 2F-060 C B R 2F-080 C BR 2F-100 CBR 3F-P010 C B R 3F-P020 C B R 3F-P040 C B R 3F-P060 C B R 3F-P080 C B R 3F-P100 ! C B R 1F-020 C B R 1F-040 C BR 1F-060 C B R 1F-080 C BR 1F-100 VRRM (VOLTS) 100 200 C B R 1F-D010 C B R 1F-D020 C B R 1F-D040 C BR 1F-D060 C B R 1F-D080 C B R 1F-D100 CBR 1F-D100S C BR 1F-D020S C B R 1F-D040S CBR 1F-D060S 400 600 800 1000 V f M AX @ IF Ir M A X @ VRRM 1,3V @


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PDF 1F-010 2F-010 2F-020 2F-040 2F-060 2F-080 2F-100 3F-P010 3F-P020 3F-P040 P020
Not Available

Abstract: No abstract text available
Text: (VOLTS) 100 C B R 4F-L010 CBR 4MF-L010 CBR 6F-010 CBR 6MF-L010 CBR 8MF-L010 200 C B R 4F-L020 CBR 4MF-L020 CBR 6F-020 C BR 6MF-L020 C B R 8MF-L020 400 C B R 4F-L040 CBR 4MF-L040 CBR 6F-040 C BR 6MF-L040 C B R 8MF-L040 600 C B R 4F-L060 CBR 4MF-L060 CBR 6F-060 C BR 6MF-L060 C B R 8MF-L060 800 C B R 4F-L080 CBR 4MF-L080 C B R 6F-080 C BR 6MF-L080 C B R 8MF-L080 1000 C B R 4F-L100 C B R 4MF-L100 C B R 6F-100 C BR


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PDF 4F-L010 4MF-L010 6F-010 6MF-L010 8MF-L010 4F-L020 4MF-L020 6F-020 6MF-L020 8MF-L020
Not Available

Abstract: No abstract text available
Text: Ü ET, Ü E B Top, Bottom Output Enables • Power Up/D ow n Protection Circuitry â , /OO- —Xl/O - B \0-BM4— XI/OO- — X I/07 CË — A15-A18 — U4 244 B — U2 138 D _ - TE0-TE7 BA0-BA7 A8-A14 — OE—_ , WE- U5 244 B U3 244 B — BÜÊ 1/00-1/07-— BA8-BA14 BEN — BDIR — U6 645 T D ” D ecord er B , TDIR — 1/08-1/015— A0-A7 — U4 244 B — U2 645 r BA0-BA7 — D


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PDF deterE42568S-300I DPE42568S-250M DPE42568S-350M DPE45128S-250C DPE45128S-350C DPE45128S-300I DPE45128S-250M DPE45128S-350M DPE45129S-250C DPE45129S-350C
2004 - LM5007

Abstract: C4532X7R1E225M A20V5 AN200980 AN-1319 AN1319 Kemet C1206C103K5RAC MURA110T3 C1206C104K5RAC C1206C103K5RAC
Text: 1. LM5007 (1) FB 5 R1 2.5V R2 V FB FB VFB 2.5V 300ns 300ns RON , www.national.com AN-1319 9 LM5007 VFB V FB 0V 17 s 2.5V 300ns 2.5V VFB 2.5V VFB LM5007 DC VOUT/VIN V IN 300ns (2) V IN t ON RCL V IN VFB A 2.5V C VIN 300ns VIN D1 D1 N- IC L1 VIN 50 70 ns LM5007 7 7.0V 75V Io tON , BST VCC C4 300ns VCC SW BST C4 VCC 500k VCC VIN LM5007 VIN


Original
PDF LM5007 com/pf/LM/LM5007 300ns LM5007 C4532X7R1E225M A20V5 AN200980 AN-1319 AN1319 Kemet C1206C103K5RAC MURA110T3 C1206C104K5RAC C1206C103K5RAC
PE4648

Abstract: k417
Text: /0 7 MB4 | MB5 | MB6 | MB7 MT3 MT6 | MT7 BE2-I B B - BOE - BWE - BOE , TEB-TE7 OE- WE- U3 244 B BOE -~ IW E 1/00-1/07- U6 BEN- 645 T BDIR - A0-A7- U4 244 B - BA0-BA7 A8-A14 - U5 244 B - BA8-BA14 XI/OOXI/07 D *Decorder_B=* Buffer , BWBA14 - X I/08- - _ CE- A15-A17- TDIR 1/08-1/015U4 244 B U2 645 T - W/08-XI/015 OE- We - U3 244 B BOE BWE Yen- U6 645 T A0-A7 - - BA0-BA7 A8-A14- U5


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PDF 32KX8S 300ns 250ns 350ns PE4648 k417
8MF-L080

Abstract: 8MF-L010
Text: C B R 6F-010 C B R 6F-020 C B R 6F-040 C B R 6F-060 C B R 6F-080 C B R 6F-100 C B R 6MF-L010 C B R 6MF-L020 C B R 6MF-L040 C B R 6MF-L060 C B R 6MF-L080 C B R 6MF-L100 C B R 8MF-L010 C B R 8MF-L020 C B R 8MF-L040 C B R 8MF-L060 C B R 8MF-L080 C B R 8MF-L100 CASE D 100 200 400 600 800 1000 C B R 4F-L010 C B R 4F-L020 C B R 4F-L040 C B R 4F-L060 C B R 4F-L080 C B R 4F-L100 C B R 4MF-L010 C B R 4MF-L020 C B R 4MF-L040 C B R 4MF-L060 C B R 4MF-L080 C B R 4MF-L100 vf max @ if 1


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PDF 6F-010 6F-020 6F-040 6F-060 6F-080 6F-100 6MF-L010 6MF-L020 6MF-L040 6MF-L060 8MF-L080 8MF-L010
Not Available

Abstract: No abstract text available
Text: CASE VRRM (VOLTS) 100 200 400 «00 800 1000 C B R 4F-L010 C B R 4F-L020 C B R 4F-L040 C B R 4F-L060 C B R 4F-L080 C B R 4F-L100 C B R 4MF-L010 C B R 4MF-L020 C B R 4MF-L040 C B R 4MF-L060 C B R 4MF-L080 C B R 4MF-L100 C BR 6F-010 C BR 6F-020 C B R 6F-040 C BR 6F-060 CBR 6F-080 C B R 6F-100 C ASED C A SE DM C A SE CM C BR 6MF-L010 C B R 6MF-L020 C B R 6MF-L040 C B R 6MF-L060 C B R 6MF-L080 C BR 6MF-L100 i i C BR 8MF-L010 CBR 8MF-L020 C B R 8MF-L040 C B R 8MF-L060 C B R 8MF-L080 C B R 8MF-L100 Vf


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PDF 4F-L010 4F-L020 4F-L040 4F-L060 4F-L080 4F-L100 4MF-L010 4MF-L020 4MF-L040 4MF-L060
JD25t

Abstract: DPJ 014 DPE45128S-300M A6626 ci cef BBUF
Text: A11 24 DE 23 A10 [22 CE 121 I/07 120 I/06 ,19 I/05 ,18 I/04 17 I/03 NOTE: Pin 2 b A16 unless noted , €” U2 138 D A0-A7- U4 244 B BAO-BA7 — TÉ5-TÊ7 A8-A14 I/00-I/07-BA8-BA14 BEÑ- BDIR- — Xl , 244 B AO-A7 — U4 244 B BA0-BA7 A8-A14- U5 244 B — BA8-BA14 D-Decorder_B-Buffer/Unedriver , Respective Manufacturer DENSE-PAC MICROSYSTEMS D7E » I ^STMIS □ □□□nD B f DC OPERATING , °C DPE4648S-300C 300ns 0 to 70"C DPE4648S-350C 350ns 0 to 70°C DPE4648S-250I 250ns -40 to 85°C DPE4648S


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PDF 32KX8S DPE45128S* DPE45129S 2S-250I 250ns DPE8M612S-300I 300ns DPE8M612S-350I 350ns DPE8M612S-250M JD25t DPJ 014 DPE45128S-300M A6626 ci cef BBUF
DFG1C8

Abstract: DFD05TN DFD05TL DFD05TJ DFD05TG DFD05TE DFD05TC DFD05TB DFC15TR DFF50B
Text: ) TCC) (tl A) VR(V) TCC) 7t> DFC15TN 1200 1. 5 45 1.5 1. 5 10 1200 trr< 300ns 19F DFC15TR HS 1500 1. 5 45 1. 5 1. 5 10 1500 trr< 300ns 19F DFD05TB H m 100 0. 5 50a 30 1. 2 , 0. 5 10 600 trr<150ns 19G DFD05TJ 800 0. 5 50a 20 1. 5 0. 5 10 800 trr< 300ns 19G DFD05TL = & 1000 0. 5 50a 20 1. 5 0. 5 10 1000 trr< 300ns 19G DFD05TN 1200 0. 5 50a 20 1. 5 0. 5 10 1200 trr< 300ns 19G DFD05TR Hft 1500 0. 5 50a 20 1. 5 0. 5 10 1500 trr< 300ns


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PDF DFC15TN 300ns DFC15TR DFD05TB 150ns DFD05TC DFD05TE DFG1C8 DFD05TN DFD05TL DFD05TJ DFD05TG DFD05TC DFF50B
43FS

Abstract: MIL-C-15305 300LS-8R2 300NS-R47
Text: . Conforms to SMTA standard size Code B , for automatic assembly equipment. Available on 12mm embossed tape , .) (MHz) (2) max. (mA) max. (MHz) min. 300NS -R10M 0.1 23 25.2 290 290 400 300NS -R12M 0.12 23 25.2 320 250 350 300NS -R15M 0.15 23 25.2 360 220 260 300NS -R18M 0.18 23 25.2 390 210 215 300NS -R22M 0.22 22 25.2 430 190 170 300NS -R27M 0.27 22 25.2 490 170 140 300NS -R33M 0.33 21 25.2 540 180 120 300NS -R39M 0.39 21 25.2 590 155 120 300NS -R47M 0.47 20 25.2 640 150 100 300NS -R56M 0.56 19 25.2 700 145 90 300NS -R88M 0.68


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PDF 1/iH-1000 1000ppm/Â 300HS-181 300HS-221 300HS-271 300HS-331 300HS-391 300HS-471 300SS-S61 300SS-681 43FS MIL-C-15305 300LS-8R2 300NS-R47
DFD05TR

Abstract: 114-d DFD05TN DFD05TL DFD05TJ DFD05TG DFD05TE DFD05TC DFD05TB DFC15TR
Text: ) TCC) (tl A) VR(V) TCC) 7T> DFC15TN 1200 1. 5 45 1.5 1. 5 10 1200 trr< 300ns 19F DFC15TR HS 1500 1. 5 45 1. 5 1. 5 10 1500 trr< 300ns 19F DFD05TB H m 100 0. 5 50a 30 1. 2 , 0. 5 10 600 trr<150ns 19G DFD05TJ 800 0. 5 50a 20 1. 5 0. 5 10 800 trr< 300ns 19G DFD05TL = & 1000 0. 5 50a 20 1. 5 0. 5 10 1000 trr< 300ns 19G DFD05TN 1200 0. 5 50a 20 1. 5 0. 5 10 1200 trr< 300ns 19G DFD05TR Hft 1500 0. 5 50a 20 1. 5 0. 5 10 1500 trr< 300ns


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PDF DFC15TN 300ns DFC15TR DFD05TB 150ns DFD05TC DFD05TE DFD05TR 114-d DFD05TN DFD05TL DFD05TJ DFD05TG DFD05TC
2009 - FSR630

Abstract: FSR660 pc817 fairchild FAN480X FCP20N60 JESD22-A114 FAN6210MY zd 5.6v uf1007 DIODE pc817 dual
Text: Delay SIN 3 300ns Green Mode (D<10%) 7 SOUT 100ns Controlled Rising Delay 8 , DET 5 OVP One-shot Vibrator + 25.5V Rising/Falling Delay 300ns 50ns VDD 6 , Forward Converter Application Diagram 2 XN + 10/8V 300ns Internal Bias Figure 2 , cycle, XP and XN are obtained two times, respectively. Vx Vin The XN signal has a 300ns , www.fairchildsemi.com 7 SOUT 300ns Programmable delay XP 300ns 100ns 50ns 700ns Programmable


Original
PDF FAN6210 FAN6210 FSR660/630. FSR630 FSR660 pc817 fairchild FAN480X FCP20N60 JESD22-A114 FAN6210MY zd 5.6v uf1007 DIODE pc817 dual
2009 - FAN480X

Abstract: fairchild TL431 programmable 1.0.2 FAN6210MY FCP20N60 JESD22-A114 diode dual SR2. 8 pc817 dual
Text: SIN 3 300ns Green Mode (D<10%) 7 SOUT 100ns Controlled Rising Delay 8 GND GM , OVP One-shot Vibrator + 25.5V Rising/Falling Delay 300ns 50ns VDD 6 One-shot , Converter Application Diagram 2 XN + 10/8V 300ns Internal Bias Figure 2. Functional , obtained two times, respectively. The XN signal has a 300ns pulse-width and is triggered by the rising , www.fairchildsemi.com 7 SOUT 300ns Programmable delay XP 300ns 100ns 50ns 700ns Programmable


Original
PDF FAN6210 FAN6210 FAN6206. FAN480X fairchild TL431 programmable 1.0.2 FAN6210MY FCP20N60 JESD22-A114 diode dual SR2. 8 pc817 dual
SSR2010CTC

Abstract: No abstract text available
Text: devices should be reviewed by SSDI prior to release. DATA SHEET #: RS0079 B MED SSR2010CTC PRELIMINARY , UNIT Instantaneous Forward Voltage Drop (If = 3 Adc, Ta=25° C, 300ns Pulse) (If = 5 Adc, Ta=25°C, 300ns Pulse) (If = 10 Adc, Ta=25°C, 300ns Pulse) VF1 0.73 0.80 0.90 Vdc Instantaneous Forward Voltage Drop (If = 5 Adc, Ta= - 55°C, 300ns Pulse) VF2 0.86 Vdc Reverse Leakage Current (Rated VR, Ta=25°C, 300ns pulse minimum) IR1 50 MA Reverse Leakage Current (Rated Vr, Ta=100°C, 300ns pulse minimum) IR2 2


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PDF 670-SSDI SSR2010CTC O-254C 300ns O-254 020jl_ SSR2010CTC
SPD2520SMS

Abstract: SPD2530SMS SPD2540SMS
Text: Instantaneous Forward Voltage Drop (If = 10OmAdc, Ta=25°C, 300ns Pulse) (If = 250mAdc, Ta=25°C, 300ns Pulse) VF1 0.48 0.62 Vdc Instantaneous Forward Voltage Drop (If = 10OmAdc, Ta= - 55°C, 300ns Pulse) (If = 250mAdc, Ta= - 55°C, 300ns Pulse) VF2 0.52 0.65 Vdc Reverse Leakage Current (Rated VR, Ta=25°C, 300ns pulse minimum) |R1 10 MA Reverse Leakage Current (Rated Vr, Ta=100°C, 300ns pulse minimum) IR2 1 mA , .180" .220" B .090" .100" C .020" .028" D .065" .085" FORWARD VOLTAGE vs. FORWARD CURRENT z Ul I


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PDF 670-SSDI SPD2520SMS SPD2540SMS SPD2520SMS SPD2530SMS SPD2540SMS
SDR950

Abstract: SDR951 SDR952
Text: devices should be reviewed by SSDI prior to release. DATA SHEET#: RH0037 B SDR950 PRELIMINARY ff W , MAXIMUM UNIT Instantaneous Forward Voltage Drop (IF = 25 Ade, TA=25" C, 300ns Pulse) (IF = 50 Ade, TA=25"C, 300ns Pulse) VF 0.95 1.05 Vdc Instantaneous Forward Voltage Drop (IF = 50 Ade, TA= 100'C, 300ns Pulse) (IF = 50 Ade, TA= - 55'C, 300ns Pulse) VF 0.85 1.20 Vdc Reverse Leakage Current (Rated VR, TA=25"C, 300ns pulse minimum) IR 100 nA Reverse Leakage Current (Rated VR, TA=100*C, 300ns pulse minimum) IR 10


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PDF 670-SSDI SDR950 SDR952 SDR950 SDR951 SDR952 500mA, 250mA,
Supplyframe Tracking Pixel