MG400H1FK1
Abstract: LF400A
Contextual Info: MG400H1FK1 G TR MODULE SILICON NPN TRIPLE DIFFUSED TYPE HIGH POWER SWITCHING APPLICATIONS. Unit in MOTOR CONTROL APPLICATIONS. FEATURES: . The Collector is Isolated from Case. . With Built-in Free Wheeling Diode . High DC Current Gain : h]?E=200 Min. . Low Saturation Voltage
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mg400h1fk1tjsl85lf400a |
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ica 700 Y
Abstract: transistor 16299
Contextual Info: TOSHIBA -CDISCRETE/OPTOÏ 9097250 TOSHIBA TO SH IBA TD DISCRETE/OPTO 1)1 ^ 0^7550 OOlbETt 3 DT-3 3 - 3 5 90D 16296 SEMICONDUCTOR TOSHIBA GTR MODULE TECHNICAL DATA MG400H1F L 1 SILICON NPN TRIPLE DIFFUSED TYPE HIGH POWER SWITCHING APPLICATIONS. MOTOR CONTROL APPLICATIONS.
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mg400h1fica 700 ytransistor 16299 |
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MG400H1FL1
Abstract: transistor CD 910 ga3n
Contextual Info: GTR MODULE SILICON NPN TRIPLE DIFFUSED TYPE MG400H1FL1 HIGH POWER SWITCHING APPLICATIONS. Unit in mm MOTOR CONTROL APPLICATIONS. 2-M 6 . . . . The Collector Is Isolated from Case. With Built-in Free Wheeling Diode High DC Current Gain : hyE=80 Min. (Ic =400A)
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mg400h1fl100a/ystransistor cd 910ga3n |
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Contextual Info: TOSHIBA { D ISC RE TE /O PT O} 9097250 TOSHIBA • ^ SOTTESO -ODlbEÌS fa | DISCRETE/OPTO 90D SEMICONDUCTOR 16292 D*T-33-35 TOSHIBA GTR MODULE MG400H1FK1 SILICON NPN TRIPLE DIFFUSED TYPE TECHNICAL DATA HIGH POWER SWITCHING APPLICATIONS. MOTOR CONTROL APPLICATIONS.
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t-33-35mg400h1fk1ta-2570ltao+2p-33-35ca-mc400h1fk
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MG400H1FK1
Abstract: BX 330 transistor
Contextual Info: T O S HIBA {DISCRETE/OPTO} 9097250 TOSHIBA "Tü D Ë ] i m 7 a S D <DISCRETE/OPTO> 90D 16292 -DDlbE^a D T - 33-35 TOSHIBA GTR MODULE SEMICONDUCTOR MG400H1FK1 i SILICON NPN TRIPLE DIFFUSED TYPE TECHNICAL DATA HIGH POWER SWITCHING APPLICATIONS. MOTOR CONTROL APPLICATIONS.
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dt-33-35mg400h1fk1r2ver331984-a-5+1bx 330 transistor
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MG30H1BL1
Abstract: S3885 MP6502 MG30G63L2 MP6504 MG50G2YL9 MG150H1FL1 A1015 MG50G6EL9 MG150H2YL1
Contextual Info: R egulator T ransisto rs Bipolar Darlington 1 O ro* Connection V ceo (SUS) (V) Maximum Rating ic<A) 15 10 20 2SD1314* 30 50 75 100 150 200 300 400 MG30Û1BL3 MG50G1BL3 450 <D BL MG30G18L4 MG30H1BL1 550 MG1SG1AL3 450 AL MG100G1AL3 MG15H1AL1 550 S3885* FL
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2sd1314mg50g1bl3mg30g18l4mg15h1al1+13s3885mg30h1bl1mg100g1al3mg100g1fl1mg150h1fl1mg200h1fl1amp6502mg30g63l2mp6504mg50g2yl9a1015mg50g6el9mg150h2yl1
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30U6P42
Abstract: MG15G6EL1 30L6P44 12v dc to 440v ac inverter EI40 transformer 76524P 12v dc choke inverter circuit MG60M1AL1 TA76524 TDK transformer z
Contextual Info: 1. Power MOS-FETs and C4 . Resistors R2 and R 3 are used to balance the C3 and C4 voltages and 20ki2 is used here as the resistance value. C3 and C4 each have a capacitance o f 470juf. 2 Auxiliary power supply for the control cir cuit The switching regulator IC TA76524P which
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24vdc110vac100khzta76524p+142sk358100vacmg15n6ek1mg25m2yk1x330u6p42mg15g6el130l6p4412v dc to 440v ac inverterei40 transformer76524p12v dc choke inverter circuitmg60m1al1ta76524tdk transformer z
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j2y transistor
Abstract: T15J10 MP4704 MG100M2CK1 2sb834 MP3103 MG50J6ES91 MP3002 mp4505 2sc497
Contextual Info: As you well know, semiconductors are today essential for use in a very wide range of applications— from consumer to industrial use. In any application, your choice of Toshiba semiconductors will always be correct. To help you choose which semi conductor is correct for your application, this brochure outlines maximum ratings,
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o220abo-126j2y transistort15j10+8mp4704mg100m2ck12sb834mp3103mg50j6es91mp3002mp45052sc497
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Snubber circuit Design
Abstract: MG15G6EL1 MG20G6EL1 MG25N6EK1 160U2G43 equivalent MG300G1UL1 IGBT snubber for inductive load calculation of IGBT snubber MG400G1UL1 what is fast IGBT transistor
Contextual Info: 1. Ratings of GTR module collector currents, voltage between terminals, power dissipation, junction temperature, storage temperature etc. o f transistors. These charac teristics are closely related each other and cannot be considered independently are further, very
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30u6p4250u6p4375u6p43100u6p43+10snubber circuit designmg15g6el1mg20g6el1mg25n6ek1160u2g43 equivalentmg300g1ul1igbt snubber for inductive loadcalculation of igbt snubbermg400g1ul1what is fast igbt transistor
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mg15g1al3
Abstract: MG400H1 2SK1124 2SK791 2sk525 MP6101 2SK531 2SK674 2SK673 2sk405 2sj115
Contextual Info: • A L P H A N U M E R I C A L INDEX# Type No. 2SJ115 2SJ123 2SJ147 2SK357 2SK358 2SK385 2SK386 2SK387 2SK388 2SK405 2SK442 2SK447 2SK525 2SK526 2SK528 2SK529 2SK530 2SK531 2SK532 2SK537 2SK538 2SK539 2SK568 2SK572 2SK573 2SK578 2SK643 2SK644 2SK672 2SK673
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2sj1152sj1232sj1472sk357+162sk3582sk3852sk3862sk3872sk3882sk405mg15g1al3mg400h12sk11242sk7912sk525mp61012sk5312sk6742sk6732sk405 2sj115
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MG30H1BL1
Abstract: s3885 MG100H2ZS1 MG100g2ys1 MG100N2YS1 MP6502 MG150J2YS1 MP6101 MG25Q6ES1 MG15J6ES1
Contextual Info: BIPOLAR DARLINGTON I 400-600V # : NON IS OI .A TF R T Y P E T O - 3 P I . * : UNDKR D E V E L O P M E N T BIPOLAR DARLINGTON II (10 00 -1400V) * : UNDER D EVELOPM ENT MOS FET MODULE MATRIX S : NON ISOLATED TY PE * : UNDER DEVELOPM ENT IGBT MODULE MATRIX
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00-600v-1400vgt8n101gt8q101+16gt25h101pmg25h1bs1gt25ji01gt50g102mg50h1bs1gt50j101mg30h1bl1s3885mg100h2zs1mg100g2ys1mg100n2ys1mp6502mg150j2ys1mp6101mg25q6es1mg15j6es1
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MG400G1UL1
Abstract: MG400H1FL1 mg400h1ul1 MG300M1FK1 mg400h1fk1 MG300G1UL1 ku 602 vc MG200M1UK1 MG200Q1UK1 MG300H1UL1
Contextual Info: — 214 — N F S , > t > » « . V - 'l 1f lñ * UK-2 U L _j 0 c 1 1 1 K ïW O BX OE c BX C 1 * & V CBO S V CE X (SUS) V bbo M 1c g fe I CP (T . i B I p (la s ) (V ) (V ) (V ) (A ) (A ) (A ) (A ) I FU Pc (In s ) (a i) (A ) (W ) = 2 5 °C ) T , T , v , 10
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h-101mg400g1ul1mg400h1fl1mg400h1ul1+7mg300m1fk1mg400h1fk1mg300g1ul1ku 602 vcmg200m1uk1mg200q1uk1mg300h1ul1
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MG400H1FL1
Abstract: TOSHIBA Thyristor calculation of IGBT snubber transistor circuit design
Contextual Info: 3.1 GTR Module Ratings The main maximum rating items include the emitter, base and collector currents of tran sistors, voltage between terminals, power dissi pation, junction temperature, storage tempera ture, etc. These characteristics are all closely
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mg400h1fl1toshiba thyristorcalculation of igbt snubbertransistor circuit design |
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