U1GC44 Search Results

Contextual Info: T O SH IB A U1 BC44,U1GC44,U1JC44 TO SHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44, U1GC44, U1JC44 FOR HYBRID USE U nit in mm • Average Forward Current : Ip AV = 1-OA • Repetitive Peak Reverse Voltage : V r r m = 100~600V • Mini Plastic Mold Package

U1DL49

Abstract: U15B U15C U1BC44 U1CL49 U1DL44A U1DZ41 U1GC44 U1GU44 U1GZ41
Contextual Info: - 88- fi B TVR4N TVR5B TV85D TVR5G TVR5J U1BC44 U1BZ41 U1CL49 U1DL44A U1DL49 U1DZ41 U1GC44 U1GU44 U1GZ41 U1JC44 U1JU44 U1JZ41 U03R-12 UG3R-16 U03R-2 U03R-20 U03R-4 U03R-8 UOSB U05C UOSE U05G U05GH44 1305 J U05JH44 UQSNH44 U05NU44 U05TH44 U06C U06E U06G U06J

Contextual Info: U1BC44,U1GC44,U1JC44 TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44, U1GC44, U1JC44 Unit: mm FOR HYBRID USE z Average Forward Current z Repetitive Peak Reverse Voltage : IF AV = 1.0 A : VRRM = 100 V, 400 V, 600 V z Mini Plastic Mold Package ABSOLUTE MAXIMUM RATINGS (Ta = 25°C)

TOSHIBA RECTIFIER

Contextual Info: U1BC44,U1GC44,U1JC44 TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44,U1GC44,U1JC44 Unit: mm FOR HYBRID USE Average Forward Current : IF AV = 1.0A Repetitive Peak Reverse Voltage : VRRM = 100, 400, 600V Mini Plastic Mold Package MAXIMUM RATINGS (Ta = 25°C)

Contextual Info: U1BC44,U1GC44,U1JC44 TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44, U1GC44, U1JC44 Unit: mm FOR HYBRID USE z Average Forward Current : IF AV = 1.0 A z Repetitive Peak Reverse Voltage : VRRM = 100 V, 400 V, 600 V z Mini Plastic Mold Package ABSOLUTE MAXIMUM RATINGS (Ta = 25°C)

U1BC44

Abstract: 3-4D1A U1JC44 U1GC44 U1JC44
Contextual Info: U1BC44,U1GC44,U1JC44 TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44,U1GC44,U1JC44 Unit: mm FOR HYBRID USE l Average Forward Current : IF AV = 1.0A l Repetitive Peak Reverse Voltage : VRRM = 100, 400, 600V l Mini Plastic Mold Package MAXIMUM RATINGS (Ta = 25°C)

22-25L

Abstract: U1DL49 1L20 U15B U15C U1BC44 U1CL49 U1DL44A U1DZ41 U1GC44
Contextual Info: - 88- fi B T V R4N TVR5B T V 85D T VR 5 G TVR5J U 1BC44 U 1BZ41 U1CL49 U 1 DL44A U1DL49 U1DZ41 U1GC44 U1GU44 U1GZ41 U1JC44 U1JU44 U1JZ41 U 0 3 R-12 UG3R-16 U03R-2 % n s V rrmi Vr iFM V (V) (V) (A) * £ *2 m z MZ m z MZ m z m z m z m z m z 750 1000 150 U 0 3 R-20

U1BC44

Abstract: U1GC44 U1JC44
Contextual Info: U1BC44,U1GC44,U1JC44 TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44, U1GC44, U1JC44 Unit: mm FOR HYBRID USE Average Forward Current Repetitive Peak Reverse Voltage : IF AV = 1.0 A : VRRM = 100 V, 400 V, 600 V Mini Plastic Mold Package MAXIMUM RATINGS (Ta = 25°C)

Contextual Info: TOSHIBA U 1BC44,U 1GC44,U 1JC44 TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44, U1GC44, U1JC44 FOR HYBRID USE • • • Average Forward Current : Ip AV ~ 1-0A Repetitive Peak Reverse Voltage : = 100~600V Mini Plastic Mold Package J! Mi M A X IM U M RATINGS

TOSHIBA RECTIFIER

Abstract: BC44 TMS1000
Contextual Info: U1 BC44,U1GC44,U1JC44 TO SH IB A TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE i i i Rmmrr A mAm g u i g c a am g i m chù . • ■ ■ v ■ ■ FOR HYBRID USE • • • Unit in mm Average Forward Current : Ip AV = 1-0A Repetitive Peak Reverse Voltage : V r r m —100~600V

TMS1000

Abstract: U1BC44 U1GC44 U1JC44 100-600V JC44 mark BC
Contextual Info: TOSHIBA U1BC44,U1GC44,U1JC44 TOSHIBA RECTIFIER SILICON DIFFUSED JUNCTION TYPE U1BC44, U1GC44, U1JC44 Unit in mm FOR HYBRID USE • Average Forward Current : Ijr AV = 1-0A • Repetitive Peak Reverse Voltage : V rrm = 100^—600V • Mini Plastic Mold Package

t50h

Abstract: U1JC44
Contextual Info: SILICON DIFFUSED JUNCTION TYPE RECTIFIER UKB, G,J C44 Unit in mm FOR HYBRID USE. . Average Forward Current m : If AV)=1-0A . Repetitive Peak Reverse Voltage : V rrj [=100~600V . Mini Plastic Mold Package U1BC44 U1GC44 U1JC44 On ceramic substrate SYMBOL Repetitive Peak

U15C

Abstract: U03R-12 U05E U15B U1DZ41 U1BC44 U1CL49 U1DL44A U1DL49 U1GC44
Contextual Info: - 88- fi B T V R4N TVR5B T V 85D T VR 5 G TVR5J U 1BC44 U 1BZ41 U1CL49 U 1 DL44A U1DL49 U1DZ41 U1GC44 U1GU44 U1GZ41 U1JC44 U1JU44 U1JZ41 U 0 3 R-12 UG3R-16 U03R-2 % n s V rrmi Vr iFM V (V) (V) (A) * £ *2 m z MZ m z MZ m z m z m z m z m z 750 1000 150 U 0 3 R-20

U1DL49

Abstract: B05G U15B U15C U1BC44 U1CL49 U1DL44A U1DZ41 U1GC44 U1GU44
Contextual Info: - 88- fi B T V R4N TVR5B T V 85D T VR 5 G TVR5J U 1BC44 U 1BZ41 U1CL49 U 1 DL44A U1DL49 U1DZ41 U1GC44 U1GU44 U1GZ41 U1JC44 U1JU44 U1JZ41 U 0 3 R-12 UG3R-16 U03R-2 U 0 3 R-20 U03R-4 U03R-8 UOSB U05C UOSE U05G U 0 5 GH44 1305 J U 0 5 JH44 UQSNH44 U 0 5 NU44

CMG07

Abstract: 10lc48 CMG08 CMG03 CRH02 CRG01 CRG02 CRS14 CRS15 TPC6K01
Contextual Info: 製品カタログ 2009-3 東芝半導体 製品カタログ ダイオード 中小型編 SEMICONDUCTOR h t t p : / / w w w. s e m i c o n . t o s h i b a . c o . j p / 1. ダイオード体系図 . 3

B05G

Abstract: U15B U15C U1BC44 U1CL49 U1DL44A U1DL49 U1DZ41 U1GC44 U1GU44
Contextual Info: - 88 - fi B TVR4N TVR5B TV85D TVR5G TVR5J % n s Vrsm V rrmi V (V) * £ * 2 m z M Z £ Vr iFM (V) (A) 1 # lo ,If # (°C> (A) 1000 100 200 400 600 1. 0. 0. 0. CI. 2 5 5 5 5 CC) 45a 45a 4 5a 45a IFSM T (A) r o 10 0 20 20 20 20 U1BC44 U1BZ41 U1CL49 U1DL44A

BC548 TRANSISTOR REPLACEMENT

Abstract: TYN612 pin diagram 1n4007 smd, toshiba S0817MH TYN604 scr pin diagram kmz51 compass TRANSISTOR S1A 64 smd toshiba l 300 laptop motherboard circuit diagram JFET TRANSISTOR REPLACEMENT GUIDE j201 replacements for transistor NEC D 587
Contextual Info: 5.2 5.4 5.46 5.124 5.130 5.130 5.140 5.180 Introduction Diodes & Rectifiers Transistors Triacs,Thyristors and Diacs Sensors Cross Reference General Application discretes Cross Reference Power discretes Cross Reference RF discretes Discrete Components 5.1 Introduction

CRS02

Abstract: CRS03 CRS04 CRS05 CRS06 CRS08 CRS09 CUS01 CUS02 TPCF8E02
Contextual Info: [ 2 ] 新製品ダイジェスト [ 2 ] 新製品ダイジェスト VS-8 パッケージシリーズ 携帯機器の小型･薄型化にこたえ部品点数の削減を考え、独立型 2 in 1 タ イプの超小型外囲器 “VS-8” のショットキバリアダイオードを開発いたしま

CAT7105CA

Abstract: mp1410es G547E2 G547H2 G547F2 P5504EDG equivalent G547I1 SP8K10 SP8K10SFD5TB LD1117Al
Contextual Info: Diodes, Inc. - Cross Reference Industry Part Diodes, Inc. Equivalent Diodes, Inc. Nearest 1.5CE120C 1.5KE120CA N/A 1.5CE120CA 1.5KE120CA N/A 1.5CE12A 1.5KE12A N/A 1.5CE12C 1.5KE12CA N/A 1.5CE12CA 1.5KE12CA N/A 1.5CE13 1.5KE13A N/A 1.5CE130 1.5KE130A N/A 1.5CE130A

6CW 62

Abstract: BYM 268 6CW 59 CMR1U-02M CMSD4448 DAN202VAK bcw 918 CMPS5064 44H11 S02222
Contextual Info: index/Cross Reference Industry Part Number Central Part Number 10BQ015 CMSH1-20ML CMR1U-02M CMSH1-40M EM 66 10MF2 10MQ040 EM EM 63 66 10MQ060 CMSH1-60M EM 66 1N6478 1N6479 CMR1-02M CMR1-02M EM EM 61 Code Selection Guide Industry Part Number Data Sheet 292

BAT 13003 D

Abstract: SMBJ5.OCA bat 13003 em 434 CMHD3595 CMR1U-02M CMSD4448 CMPS5064 CMPSH-3SE CMSH3-40
Contextual Info: index/Cross Reference Industry Part Number Central Part Number CMXD4448 1MN10 10BQ015 CMSH1-20ML CMR1U-02M 10MF2 10MQ040 CMSH1-40M 10MQ060 CMSH1-60M 1N6478 CMR1-02M 1N6479 CMR1-02M 1N6481 CMR1-04M 1N6482 CMR1-06M 1N6483 CMR1-10M CMR1-10M 1N6484 1S2835 CMPD2836

1ZB36

Abstract: 2z47 1J4B41 1B4B42 100L6P43 1Z16 6G4B41 3Z150 30L6P45 10GL2CZ
Contextual Info: 1 PART NUMBER INDEX P art No. 05B4B48 05G4B48 05GU4B48 05J4B48 05NH45 05NH46 05NU41 05NU42 0R8GU41 100G6P43 100L6P43 100Q6P43 100U6P43 10B4B41 10DL2C41A 10DL2C48A 10DL2CZ47A 10FL2C48A 10FL2CZ47A 10G4B41 10GL2CZ47A 10GWJ2C48C 10GWJ2CZ47C 10J4B41 10JL2CZ47 10JWJ2CZ47

zener diode 1NU 9F

Abstract: diode 1NU DLA DIODE TOSHIBA diode 1NU 7.1 NH5 Diode Schottky diode TO220 15A 1000V diode 1NU 5.1 diode 1NU 6F 10lc48 GU 1R5
Contextual Info: 2004-3 PRODUCT GUIDE Small and Medium Diodes semiconductor 2004 http://www.semicon.toshiba.co.jp/eng Contents 1. Diode Product Tree 3 2. Selection Guide by Product Categories 4 3. Definitions and Terms 8 4. Symbols and Terms 9 5. Device Characteristics 5.1 General-Purpose Rectifiers:

induction cooker fault finding diagrams

Abstract: MG100J2YS1 nikkei S-200 grease TOSHIBA IGBT MG50J2YS1 MG50J2YS1 induction cooker st induction cooker MOSFET IGBT DRIVERS THEORY nikkei jointal grease nikkei S-200 NIKKEI JOINTAL 200
Contextual Info: [5] Handling Precautions 1 Using Toshiba Semiconductors Safely TOSHIBA is continually working to improve the quality and reliability of its products. Nevertheless, semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when