Semicoa Semiconductor Datasheet documentation download, price : allcomponents.ru

Archive 1.687.043 components

Datasheets

Cross-reference

Online-stock

ChipFind

Search field	Component part name	Manufacturer

Electronic components list Semicoa, page 2

Site: www.semicoa.com
Rate: 624

Manufacturers
A B C D E F G H I
J K L M N O P Q R
S T U V W X Y Z
Russian
All manufacturers

2N5153JX - Package = TO-39 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5153L - Chip Type 2C5153 Geometry 9221 Polarity NPN
2N5153L - Type 2n5153l Geometry 9702 Polarity Pnp
2N5153LJ - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5153LJS - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5153LJV - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5153LJX - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154 - Chip Type 2C5154 Geometry 9201 Polarity NPN
2N5154 - Type 2n5154 Geometry 9201 Polarity Npn
2N5154J - Package = TO-39 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154JS - Package = TO-39 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154JV - Package = TO-39 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154JX - Package = TO-39 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154L - Chip Type 2C5154 Geometry 9201 Polarity NPN
2N5154L - Type 2n5154l Geometry 9201 Polarity Npn
2N5154LJ - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154LJS - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154LJV - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5154LJX - Package = TO-5 ; Level = Jans ; Vceo (V) = 80 ; Vcbo (V) = 100 ; Vebo (V) = 5.5 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 200 ; VCE(sat) (V) = 0.75
2N5237 - Type 2n5237 Geometry 3111 Polarity Npn
2N5237J - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 120 ; Vcbo (V) = 150 ; Vebo (V) = 10.0 ; Ic (A) = 10.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.60
2N5237JV - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 120 ; Vcbo (V) = 150 ; Vebo (V) = 10.0 ; Ic (A) = 10.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.60
2N5237JX - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 120 ; Vcbo (V) = 150 ; Vebo (V) = 10.0 ; Ic (A) = 10.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.60
2N5238 - Type 2n5238 Geometry 3111 Polarity Npn
2N5238J - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 170 ; Vcbo (V) = 200 ; Vebo (V) = 10.0 ; Ic (A) = 10.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.60
2N5238JV - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 170 ; Vcbo (V) = 200 ; Vebo (V) = 10.0 ; Ic (A) = 10.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.60
2N5238JX - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 170 ; Vcbo (V) = 200 ; Vebo (V) = 10.0 ; Ic (A) = 10.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.60
2N5339 - Chip Type 2C5154 Geometry 9201 Polarity NPN
2N5339J - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 100 ; Vcbo (V) = 100 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 240 ; VCE(sat) (V) = 0.70
2N5339JV - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 100 ; Vcbo (V) = 100 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 240 ; VCE(sat) (V) = 0.70
2N5339JX - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 100 ; Vcbo (V) = 100 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 240 ; VCE(sat) (V) = 0.70
2N5581J - Package = TO-46 ; Level = Jantxv ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = ; Ic (A) = 0.80 ; Power (W) ta = 0.5 ; Rtja (C/W) = ; Tstg/top (C) = -55 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.30
2N5581JV - Package = TO-46 ; Level = Jantxv ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = ; Ic (A) = 0.80 ; Power (W) ta = 0.5 ; Rtja (C/W) = ; Tstg/top (C) = -55 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.30
2N5581JX - Package = TO-46 ; Level = Jantxv ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = ; Ic (A) = 0.80 ; Power (W) ta = 0.5 ; Rtja (C/W) = ; Tstg/top (C) = -55 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.30
2N5582 - Chip Type 2C2222A Geometry 0400 Polarity NPN
2N5582J - Package = TO-46 ; Level = Jantxv ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = ; Ic (A) = 0.80 ; Power (W) ta = 0.5 ; Rtja (C/W) = ; Tstg/top (C) = -55 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.30
2N5582JV - Package = TO-46 ; Level = Jantxv ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = ; Ic (A) = 0.80 ; Power (W) ta = 0.5 ; Rtja (C/W) = ; Tstg/top (C) = -55 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.30
2N5582JX - Package = TO-46 ; Level = Jantxv ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = ; Ic (A) = 0.80 ; Power (W) ta = 0.5 ; Rtja (C/W) = ; Tstg/top (C) = -55 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.30
2N5660J - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 2 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5660JV - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 2 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5660JX - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 2 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5661J - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 300 ; Vcbo (V) = 400 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 2 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 75 ; VCE(sat) (V) = 0.40
2N5661JV - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 300 ; Vcbo (V) = 400 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 2 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 75 ; VCE(sat) (V) = 0.40
2N5661JX - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 300 ; Vcbo (V) = 400 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 2 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 75 ; VCE(sat) (V) = 0.40
2N5662J - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5662JV - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5662JX - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5663J - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 300 ; Vcbo (V) = 400 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 75 ; VCE(sat) (V) = 0.40
2N5663JV - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 300 ; Vcbo (V) = 400 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 75 ; VCE(sat) (V) = 0.40
2N5663JX - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 300 ; Vcbo (V) = 400 ; Vebo (V) = 6.0 ; Ic (A) = 2.00 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 75 ; VCE(sat) (V) = 0.40
2N5664 - Chip Type 2C5664 Geometry 9221 Polarity NPN
2N5664J - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 2.5 ; Rtja (C/W) = 3.3 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5664JV - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 2.5 ; Rtja (C/W) = 3.3 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5664JX - Package = TO-66 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 2.5 ; Rtja (C/W) = 3.3 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5666 - Chip Type 2C5664 Geometry 9221 Polarity NPN
2N5666J - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1.2 ; Rtja (C/W) = 6.7 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5666JV - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1.2 ; Rtja (C/W) = 6.7 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5666JX - Package = TO-5 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1.2 ; Rtja (C/W) = 6.7 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5666SJ - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1.2 ; Rtja (C/W) = 6.7 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5666SJV - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1.2 ; Rtja (C/W) = 6.7 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N5666SJX - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 200 ; Vcbo (V) = 250 ; Vebo (V) = 6.0 ; Ic (A) = 5.00 ; Power (W) ta = 1.2 ; Rtja (C/W) = 6.7 ; Tstg/top (C) = -65 to +200 ; Hfe = 120 ; VCE(sat) (V) = 0.40
2N6190 - Chip Type 2C6193 Geometry 9700 Polarity PNP
2N6191 - Chip Type 2C6193 Geometry 9700 Polarity PNP
2N6192 - Chip Type 2C6193 Geometry 9700 Polarity PNP
2N6193 - Chip Type 2C6193 Geometry 9700 Polarity PNP
2N6193 - Type 2n6193 Geometry 9700 Polarity Pnp
2N6193J - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 100 ; Vcbo (V) = 100 ; Vebo (V) = 6 ; Ic (A) = 5.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 240 ; VCE(sat) (V) = 0.70
2N6193JV - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 100 ; Vcbo (V) = 100 ; Vebo (V) = 6 ; Ic (A) = 5.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 240 ; VCE(sat) (V) = 0.70
2N6193JX - Package = TO-39 ; Level = Jantxv ; Vceo (V) = 100 ; Vcbo (V) = 100 ; Vebo (V) = 6 ; Ic (A) = 5.00 ; (Power W) ta = 1.0 ; Rtja (C/W) = 175 ; Tstg/top (C) = -65 to +200 ; Hfe = 240 ; VCE(sat) (V) = 0.70
2N6987 - Chip Type 2C2907A Geometry 0600 Polarity PNP
2N6987 - Type 2n6987 Geometry 0600 Polarity Pnp
2N6987J - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 1.5 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6987JS - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 1.5 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6987JV - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 1.5 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6987JX - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 1.5 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6988 - Type 2n6988 Geometry 0600 Polarity Pnp
2N6988J - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 0.4 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6988JS - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 0.4 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6988JV - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 0.4 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6988JX - Package = Cerdip ; Level = Jans ; Vceo (V) = 60 ; Vcbo (V) = 60 ; Vebo (V) = 5 ; Ic (A) = 0.60 ; (Power W) ta = 0.4 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.40
2N6989 - Chip Type 2C2222A Geometry 0400 Polarity NPN
2N6989 - Chip Type 2C2907A Geometry 0600 Polarity PNP
2N6989 - Type 2n6989 Geometry 0400 Polarity Npn
2N6990 - Chip Type 2C2222A Geometry 0400 Polarity NPN
2N6990J - Package = Cerdip ; Level = Jans ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = 6.0 ; Ic (A) = 0.80 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.30
2N6990JS - Package = Cerdip ; Level = Jans ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = 6.0 ; Ic (A) = 0.80 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.30
2N6990JV - Package = Cerdip ; Level = Jans ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = 6.0 ; Ic (A) = 0.80 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.30
2N6990JX - Package = Cerdip ; Level = Jans ; Vceo (V) = 50 ; Vcbo (V) = 75 ; Vebo (V) = 6.0 ; Ic (A) = 0.80 ; Power (W) ta = 1 ; Rtja (C/W) = ; Tstg/top (C) = -65 to +200 ; Hfe = 300 ; VCE(sat) (V) = 0.30
2N918 - Chip Type 2C918 Geometry 0013 Polarity NPN
2N918 - Type 2n918 Geometry 0013 Polarity Npn
2N918UB - Chip Type 2C918 Geometry 0013 Polarity NPN
2N930 - Chip Type 2C2484 Geometry 0307 Polarity NPN
72cpq030 - Schottky Rectifier
AS6UA5128 - 2.3v To 3.6v 512kx8 Intelliwatt Low-power Cmos Sram
AS6UA5128-BC - 2.3V to 3.6V 512kx8 Intelliwatt low-power CMOS SRAM
AS6UA5128-BI - 2.3V to 3.6V 512kx8 Intelliwatt low-power CMOS SRAM
SCA-001 - Package = TO-18 ; Die Size (in) = 0.050 X 0.050 ; Active Area (mm2) = 0.81 ; Responsivity (A/W) = 0.57 @ 910 NM ; Dark Current (nA) = 1.0 @ 25V ; Capacitance (pF) = 2.0 @ 25V ; Tstg/top (C) = -55 to +125
SCA-005 - Package = TO-5 ; Die Size (in) = 0.135 X 0.135 ; Active Area (mm2) = 5.1 ; Responsivity (A/W) = 0.59 @ 960 NM ; Dark Current (nA) = 25 @ 25V ; Capacitance (pF) = 10 @ 25V ; Tstg/top (C) = -55 to +125
SCA-005C - Package = TO-5 ; Die Size (in) = 0.135 X 0.135 ; Active Area (mm2) = 5.1 ; Responsivity (A/W) = 0.59 @ 960 NM ; Dark Current (nA) = 25 @ 25V ; Capacitance (pF) = 10 @ 25V ; Tstg/top (C) = -55 to +125
SCA-005OP - Package = TO-5 ; Die Size (in) = 0.135 X 0.135 ; Active Area (mm2) = 5.1 ; Responsivity (A/W) = 0.59 @ 960 NM ; Dark Current (nA) = 10 @ 10V ; Capacitance (pF) = 12 @ 15V ; Tstg/top (C) = -55 to +125
SCA-006Bi - Package = TO-5 ; Die Size (in) = 0.110 X 0.110 ; Active Area (mm2) = 3.23 Each ; Responsivity (A/W) = 0.56 @ 910 NM ; Dark Current (nA) = 10 @ 25V ; Capacitance (pF) = 6.0 @ 25V ; Tstg/top (C) = -55 to +125
SCA-006Quad - Package = TO-39 ; Die Size (in) = 0.110 X 0.110 ; Active Area (mm2) = 1.61 Each ; Responsivity (A/W) = 0.47 @ 960 NM ; Dark Current (nA) = 2.0 @ 10V ; Capacitance (pF) = 7.0 @ 10V ; Tstg/top (C) = -55 to +125
SCA-HS16B - Package = TO-46 ; Die Size (in) = 0.045 X 0.045 ; Active Area (mm2) = 0.16 ; Responsivity (A/W) = 0.42 @ 780 NM ; Dark Current (nA) = 1.0 @ 10V ; Capacitance (pF) = 1.5 @ 10V ; Tstg/top (C) = -55 to +125
SD1893 - Chip Type 2C1893 Geometry 4500 Polarity NPN
SD1893F - Chip Type 2C1893 Geometry 4500 Polarity NPN
SD2222A - Chip Type 2C2222A Geometry 0400 Polarity NPN
SD2222AF - Chip Type 2C2222A Geometry 0400 Polarity NPN
SD2857 - Chip Type 2C2857 Geometry 0011 Polarity NPN
SD2857F - Chip Type 2C2857 Geometry 0011 Polarity NPN
SD2904A - Chip Type 2C2904A Geometry 0600 Polarity PNP
SD2904AF - Chip Type 2C2904A Geometry 0600 Polarity PNP
SD2907A - Chip Type 2C2907A Geometry 0600 Polarity PNP
SD2907AF - Chip Type 2C2907A Geometry 0600 Polarity PNP
SD3019F - Chip Type 2C3019 Geometry 4500 Polarity PNP
SD3866A - Chip Type 2C3866A Geometry 1007 Polarity NPN
SD3866AF - Chip Type 2C3866A Geometry 1007 Polarity NPN
SD3960F - Chip Type 2C3960 Geometry 0003 Polarity NPN
SD4261 - Chip Type 2C4261 Geometry 0014 Polarity PNP
SD4261F - Chip Type 2C4261 Geometry 0014 Polarity PNP
SD4957 - Chip Type 2C4957 Geometry 0006 Polarity PNP
SD4957F - Chip Type 2C4957 Geometry 0006 Polarity PNP
SD5109 - Chip Type 2C5109 Geometry 1007 Polarity NPN
SD5109F - Chip Type 2C5109 Geometry 1007 Polarity NPN
SD918 - Chip Type 2C918 Geometry 0013 Polarity NPN
SD918F - Chip Type 2C918 Geometry 0013 Polarity NPN
SQ1893 - Chip Type 2C1893 Geometry 4500 Polarity NPN
SQ1893F - Chip Type 2C1893 Geometry 4500 Polarity NPN
SQ2222A - Chip Type 2C2222A Geometry 0400 Polarity NPN
SQ2222AF - Chip Type 2C2222A Geometry 0400 Polarity NPN
SQ2857 - Chip Type 2C2857 Geometry 0011 Polarity NPN
SQ2857F - Chip Type 2C2857 Geometry 0011 Polarity NPN
SQ2904A - Chip Type 2C2904A Geometry 0600 Polarity PNP
SQ2904AF - Chip Type 2C2904A Geometry 0600 Polarity PNP
SQ2907A - Chip Type 2C2907A Geometry 0600 Polarity PNP
SQ2907AF - Chip Type 2C2907A Geometry 0600 Polarity PNP
SQ3019 - Chip Type 2C3019 Geometry 4500 Polarity PNP
SQ3019F - Chip Type 2C3019 Geometry 4500 Polarity PNP
SQ3866A - Chip Type 2C3866A Geometry 1007 Polarity NPN
SQ3866AF - Chip Type 2C3866A Geometry 1007 Polarity NPN
SQ3960 - Chip Type 2C3960 Geometry 0003 Polarity NPN
SQ3960F - Chip Type 2C3960 Geometry 0003 Polarity NPN
SQ4261 - Chip Type 2C4261 Geometry 0014 Polarity PNP
SQ4261F - Chip Type 2C4261 Geometry 0014 Polarity PNP
SQ4957 - Chip Type 2C4957 Geometry 0006 Polarity PNP
SQ4957F - Chip Type 2C4957 Geometry 0006 Polarity PNP
SQ5109 - Chip Type 2C5109 Geometry 1007 Polarity NPN
SQ5109F - Chip Type 2C5109 Geometry 1007 Polarity NPN
SQ918 - Chip Type 2C918 Geometry 0013 Polarity NPN
SQ918F - Chip Type 2C918 Geometry 0013 Polarity NPN

Ctrl12