DD540N22K
Abstract: DD350N16K 400-360 DD350N08K 200S DD98N22K DD89N14K 355s DD104N16K DD98
Contextual Info: B2U - Schaltung Luftselbstkühlung TA = 45 °C click on MB to select outline Typenbezeichnung SAP B2U 230/200 - 90S - KM14-2DD89N-RC B2U 230/200 - 105S - KM14-2DD104N-RC B2U 230/200 - 125S - KM14-2DD171N-RC B2U 230/200 - 150S - KM14-2DD350N-RC B2U 230/200 - 200S - 2KM14-2DD171N-RC
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km14-2dd89n-rckm14-2dd104n-rckm14-2dd171n-rckm14-2dd350n-rc+162km14-2dd171n-rc2km14-2dd350n-rc2km17-2dd600n-rcdd89n08kdd104n08kdd171n08kdd540n22kdd350n16k400-360dd350n08k200sdd98n22kdd89n14k355sdd104n16kdd98
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DD350N08K
Abstract: 200S DD89N DD600N08K DD104N16K DD98
Contextual Info: B2U - Schaltung Luftselbstkühlung TA = 45 °C click on "Maßbild" No. for download Typenbezeichnung Bauelement Kühlkörper Lüftertyp Maßbild B2U 230/200 - 90S - KM14-2DD89N-RC DD89N08K 1 x KM14 - 7 B2U 230/200 - 105S - KM14-2DD104N-RC DD104N08K 1 x KM14
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km14-2dd89n-rcdd89n08kkm14-2dd104n-rcdd104n08k+10km14-2dd171n-rcdd171n08kkm14-2dd360n-rcdd350n08k2km14-2dd171n-rc200sdd89ndd600n08kdd104n16kdd98
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B6U 125
Abstract: B6U 220 diode b6u 690v Semikube B2U 250 SKKD 2S170 B6U160 B6U 80/100 sks 260
Contextual Info: SKS 150 B6U… SKS 110 B2U… Symbol Diode module Solution B6U Vv/Vd- 150 B2U Vv/Vd-110 Id B6C Irms (W3C) Preliminary SKKD 81 SEMIKUBE i²t (di/dt)cr (dv/dt)cr Application : Industrial Rthja SEMIKUBE Diodes Forced air cooled Function B6U Id 150 Vac Up to 690V
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min/10vv/vd-110b6u 125b6u 220+8diode b6u 690vsemikubeb2u 250skkd2s170b6u160b6u 80/100sks 260
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skiip 613 gb
Abstract: semikron skiip 613 skiip 513 gb semikron B6U 690 930 semikron skch b2hkf Semikron B2HKF SEMISTACK IGBT semikron skiip 513 gb B2HKF semikron B6C
Contextual Info: Section 12: SEMISTACK Thyristor, Rectifier Diode and IGBT Assemblies Summary of Types 3 SEMISTACK® Converter Assemblies using thyristors and diodes 2) Circuit 1) Page B2U Non-controllable rectifier stacks in two-pulse bridge connection. . . . . . . . . . . . . . . . . . . . . B 12 – 2
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skiip 613 gbsemikron skiip 613skiip 513 gbsemikron b6u 690 930+6semikron skch b2hkfsemikron b2hkfsemistack igbtsemikron skiip 513 gbb2hkfsemikron b6c
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skiip 613 gb
Abstract: semikron skiip 613 642GB120-208 B2HKF semikron skiip 513 gb semikron skch b2hkf semikron skt 140 semikron B6U 690 930 SEMISTACK IGBT Semikron SKB 15/12
Contextual Info: back zurück Section 12: SEMISTACK Thyristor, Rectifier Diode and IGBT Assemblies Summary of Types 3 SEMISTACK® Converter Assemblies using thyristors and diodes 2) Circuit 1) Page B2U Non-controllable rectifier stacks in two-pulse bridge connection. . . . . . . . . . . . . . . . . . . . . B 12 – 2
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skiip 613 gbsemikron skiip 613642gb120-208b2hkf+6semikron skiip 513 gbsemikron skch b2hkfsemikron skt 140semikron b6u 690 930semistack igbtsemikron skb 15/12
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semikron skiip 2403
Abstract: semikron skiip 2013 semikron skiip 1242 semikron skiip 400 gb semikron B6C SEMISTACK IGBT 2403 GB 123 semikron skiip 942 SEMISTACK 1803 GB 123
Contextual Info: Power Electronics Systems – SEMISTACK SEMISTACK with Diodes and Thyristors: SEMIPACK® 150 A - 1300 A up to 1 MW Mains voltage Topology Nominal current A kW B2U 50 - 570 30 - 380 B6U 50 - 1270 40 - 850 B2HK 20 - 660 15 - 440 B6HK 20 - 880 15 - 580 B2C
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semikron skiip 2403semikron skiip 2013semikron skiip 1242semikron skiip 400 gb+6semikron b6csemistack igbt2403 gb 123semikron skiip 942semistack1803 gb 123
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B6C Semikube
Abstract: Semikube w3c2 921-39A sks 260 s16040
Contextual Info: SKS 159 B6U… SKS 115 B2U… Symbol Diode module Solution B6C Vv/Vd- 159 B2C Vv/Vd-115 W3C Vv/Vd-123 Preliminary SKKT 92/14 SEMIKUBE Application : Industrial Id B6C,B2C Irms (W3C) i²t (di/dt)cr (dv/dt)cr Rthja SEMIKUBE Thyristors Forced air cooled Function
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vv/vd-115vv/vd-123min/10b6c semikube+5semikubew3c2921-39asks 260s16040
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B2HKF
Abstract: VUM24-05N 95-16N07 VHF3612IO5 vhf28-14io5 12io1 vhf28-08 vhf15-16io5 VHFD29-08IO1 VHF36-12IO5
Contextual Info: 1~ Rectifier Bridges 1~ Rectifier Brida es with Standard Diodes, B2U Type ► New ► VB0 95-08N07 VBO 95-12N07 VBO 95-14N07 ► VBO 95-16N07 VBO 95-18N07 ► V B 0 105- 08N07 ► V B 0 105- 12N07 V B 0 105- 14N07 VB0105- 16N07 VB0105- 18N07 VBO125 08N07 >- V B 0 125 12NC7
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95-08n0795-12n0795-14n0795-16n07+1595-18n0708n0712n0714n07vb0105-16n07b2hkfvum24-05nvhf3612io5vhf28-14io512io1vhf28-08vhf15-16io5vhfd29-08io1vhf36-12io5
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40-12N06
Abstract: VBO 40-08N06 160-12N07 30-14N07 160-16N07 25-16A02 VBO 24 52-08N07 VBO 22-08n08 VBO 20-16N02
Contextual Info: 1~ Rectifier Bridges h ik â \ L -W — i - W - J ! 1~ Rectifier Bridges with Avalanche Diodes, B2U v RRM Type ► New VBO 13-12A02 VBO 13-16A02 VBO VBO VBO VBO 20-12A02 20-16A02 25-12A02 25-16A02 v 1dAV @ T1C vRMS • ^FSM 45°C 10 ms A VT0 rT "^VJM p p thJH
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13-12a0213-16a0220-12a0220-16a02+1525-12a0225-16a0213-08n0213-12n0213-16n0216-12n40-12n06vbo 40-08n06160-12n0730-14n07160-16n07vbo 2452-08n07vbo 22-08n08vbo 20-16n02
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VBO 20-16N02
Abstract: B2HKF 20-16N02 1112AY4 13-16A02 DFO 7200 B2U 250 B2HKF 250 vhf 15-14io5 ad6124
Contextual Info: Rectifier Bridges 1~ Rectifier Bridges with Standard Diodes, B2U V RRM Type V vRM S *dAV Tc A Wm 45°C 10 ms A V m il °C K7W rT "*VJM ^ th J C ^ th J K V V VBO 13-08N02 VBO 13-12N02 VBO 13-16N02 800 1200 1600 250 400 500 18 85 220 0.85 17 150 5.6 6.0 VBO 20-08N02
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13-08n0213-12n0213-16n0220-08n02+1520-12n0220-16n0225-08n0225-12n0225-16n0213-12a02vbo 20-16n02b2hkf1112ay413-16a02dfo 7200b2u 250b2hkf 250vhf 15-14io5ad6124
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20-20N01
Abstract: 7512N ixys application note 10MSA 26-06N07 26-12N07 100-06N07 30-20N01
Contextual Info: Rectifier Bridges with Fast Diodes Rectifier Bridges with Superfast Recovery Diodes 1-phase, B2U V RRM ► New V *dAV @ Tc ^FSM A °C 45°C 10 ms A V to rr V m p ^V JM ^ th J C Ih JH typ Package style per Chip per Chip K/W K/W Fig. No. Type °C 150 50 110
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50-015n0117-06n0717-12n0720-20n01+1026-06n0726-12n0755-06n0755-12n0722-06n1100-06n077512nixys application note10msa30-20n01
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B2HKF
Abstract: B2U 250 105-14N 40-08N B2HKF 250 160-14N 22-16 diode 15-16io5 13-12A02 S 4012 R
Contextual Info: ¡bihi; 1~ Rectifier Bridges ! L -w — L -H - 1 ! 1~ Rectifier Bridges with Avalanche Diodes, B2U 1 v vRMS IdAV ^@ T C *FSM V T0 rT ^ th J C 45° C 10 ms A V mQ ‘C 2.5 40 3.0 0.75 3.4 0.85 3.4 2.8 0.7 3.2 0.8 3.4 VBO 13-12A 02 VBO 13-16A 02 1200 1600 400
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ot-227b3-12a3-16a5-12a+165-16a55-0b55-12io755-14io755-16i0755-16io7b2hkfb2u 250105-14n40-08nb2hkf 250160-14n22-16 diode15-16io513-12a02s 4012 r
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SEMISTACK IGBT
Abstract: semikron B6C SKN 21 DIODE Semikron Silicon Controlled Rectifier w3c2 SkiiP 10 B6u b2hk semikron diode skn 21 three phase fully controlled bridge converter Semikron semipont b6u
Contextual Info: ID Tcase = . °C, full conduction VDRM VRSM VRRM V 40 A (92 °C) 40 A (92 °C) 100 A (84 °C) 60 A (86 °C) 100 A (84°C) 400 800 1200 1400 1600 SKCH 40/04 40/08 40/12 40/14 40/16 SKBT – 40/08 40/12 40/14 – SKDH – 100/08 100/12 100/14 – SKDT 60/04
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p13a/125r4a/120p1a/120p3/180+10semistack igbtsemikron b6cskn 21 diodesemikron silicon controlled rectifierw3c2skiip 10 b6ub2hk semikrondiode skn 21three phase fully controlled bridge convertersemikron semipont b6u
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PSKD 312
Abstract: PSKD DSA001605 MDD312 DIODE Ifavm 30 A 3122-X
Contextual Info: PSKD 312 Diode Modules IFRMS IFAVM VRRM Preliminary Data Sheet = 2x 520 A = 2x 310 A = 1200-2200 V 3 2 VRSM VRRM Type V 1300 1500 1700 1900 2100 2300 V 1200 1400 1600 1800 2000 2200 PSKD 312/12 PSKD 312/14 PSKD 312/16 PSKD 312/18 PSKD 312/20 PSKD 312/22 Symbol
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pskd 312pskddsa001605mdd312+2diode ifavm 30 a3122-x
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DT430N
Abstract: DT500N EUPEC TT250n TT265N EUPEC TT425N EUPEC tt170n 3KM17 gleichrichter TT210N 170M
Contextual Info: € Technische Erläuterungen Modulsätze Allgemeines eupec bietet für alle gängige Schaltungsarten Modulsätze für den unteren und mittleren Leistungsbereich an. Durch den isolierten Aufbau der Module führen die Kühlblöcke keine Spannung und können problemlos in der Anlage geerdet
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dd260ndd261ndd285ndd350n+14dz540ndz600ndd540ndd600ndt430ndt500neupec tt250ntt265neupec tt425neupec tt170n3km17gleichrichtertt210n170m
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VB013
Abstract: 20-16N 25-12N02 30-12N07 20-16A02 25-16A02 036-08N 6512N 13-12A02 72-08N07
Contextual Info: O 1~ Rectifier Bridges Type >• New V FIRM v vRMS 1dAV @ p TC *FSM °C 45°C 10 ms A V m ö °C V T0 rT P thJC p o 2 r i ii. 6.0 1.5 2.5 40 3.0 0.75 3.4 0.85 3.4 2.8 0.7 3.2 0.8 3.4 V VBO 13-12A02 VBO13-16A02 1200 1600 400 500 18 85 220 0.85 17 150 5.6 1.4
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13-12a02vbo13-16a0220-12a0220-16a02+1325-12a0225-16a02013-08n013-12nvb013-16n52-08n07vb01320-16n25-12n0230-12n07036-08n6512n72-08n07
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transistor b2u
Contextual Info: Section 12: SEMISTACK Power Semiconductor Assemblies with Diodes, Thyristors, SEMIPACK Modules or SEMIPONT Bridge Rectifiers as well as SEMITRANSIGBT, MOSFET and Darlington Transistor Modules from 10 to 1000’s of Amps; 12 Voc to over 1000 Vrms mains using
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transistor b2u |
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3km17
Abstract: B6C 500/670 1260F K0.17F-6T878N-LRCT calculating rectifier circuits EUPEC catalogue gleichrichter mikroschalter power circuit of three phase control rectifier 170M DIN57558 170H0235
Contextual Info: Technical information Module Stacks Introduction: eupec offers module stacks for all well-known kinds of circuits for the lower and medium power range. For the reason of the insulated construction of the modules, the heatsinks do not conduct any voltage and can be earthed in the unit
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3km17b6c 500/670 1260f k0.17f-6t878n-lrctcalculating rectifier circuitseupec catalogue+6gleichrichtermikroschalterpower circuit of three phase control rectifier170mdin57558170h0235
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527000
Abstract: MDD312
Contextual Info: MDD 312 IFRMS = 2x 520 A IFAVM = 2x 310 A VRRM = 1200-2200 V High Power Diode Modules VRRM VDRM V V 1300 1500 1700 1900 2100 2300 1200 1400 1600 1800 2000 2200 Type 3 MDD 312-12N1 MDD 312-14N1 MDD 312-16N1 MDD 312-18N1 MDD 312-20N1 MDD 312-22N1 Test Conditions
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312-12n1312-14n1312-16n1312-18n1+4312-20n1312-22n1527000mdd312
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MDD255
Abstract: ixys MCC 700 255-16N1
Contextual Info: MDD 255 High Power Diode Modules VRSM VDSM VRRM VDRM V V 1300 1500 1700 1900 2100 2300 1200 1400 1600 1800 2000 2200 IFRMS = 2x 450 A IFAVM = 2x 270 A VRRM = 1200-2200 V Type 3 1 3 2 2 MDD 255-12N1 MDD 255-14N1 MDD 255-16N1 MDD 255-18N1 MDD 255-20N1 MDD 255-22N1
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255-12n1255-14n1255-16n1255-18n1+4255-20n1255-22n1mdd255ixys mcc 700
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6-pulse power module
Abstract: 170H0235 3KM17 Gleichrichter mikroschalter DIN57558 FUSE 170M B6C 500/670 1260F K0.17F-6T878N-LRCT 170M "bridge rectifier" active switch control circuit
Contextual Info: Technical information Module Stacks Introduction: eupec offers module stacks for all well-known kinds of circuits for the lower and medium power range. For the reason of the insulated construction of the modules, the heatsinks do not conduct any voltage and can be earthed in the unit
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6-pulse power module170h02353km17gleichrichter+6mikroschalterdin57558fuse 170mb6c 500/670 1260f k0.17f-6t878n-lrct170mbridge rectifier" active switch control circuit
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diode b6u
Abstract: pulse transformer ZB10 Gleichrichter W2E200 W2S130 690V transformer 6,6URD33TTF1000 mikroschalter 6URD33TTF1000 DIN57558
Contextual Info: Technische Erläuterungen Technical information Allgemeines eupec bietet für alle gängige Schaltungsarten Scheibenzellensätze für den mittleren bis oberen Leistungsbereich an. Der Einsatz von Standardkühlblöcken der Reihe KK und KX garantiert ein einheitliches Aufbaukonzept
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diode b6upulse transformer zb10gleichrichterw2e200+6w2s130690v transformer6,6urd33ttf1000mikroschalter6urd33ttf1000din57558
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Semikron SKB 2/12
Abstract: B2U 250 semikron skb 3 phase rectifier circuit diagram igbt inverter igbt circuit diagrams in bridge inverter igbt circuit diagrams in bridge one phase SEMIKRON book
Contextual Info: Absolute Maximum Ratings Symbol Conditions Values 1 VCES VCGR IC ICM VGES Ptot Tj, Tstg) Visol humidity climate AC, 1 min. DIN 40 040 DIN IEC 68 T.1 Diodes 9) IF IFM= - ICM IFSM I2t Tcase = 80 °C Tcase = 80 °C; tp = 1 ms tp = 10 ms; sin.; Tj = 150 °C
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75gd123d22gd123d\marketin\datenbl\igbt\b75ghl-bsemikron skb 2/12+6b2u 250semikron skb3 phase rectifier circuit diagram igbtinverter igbt circuit diagrams in bridgeinverter igbt circuit diagrams in bridge one phasesemikron book
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MDD312
Contextual Info: MDD 312 IFRMS = 2x520 A IFAVM = 2x310 A VRRM = 1200-2200 V High Power Diode Modules VRSM VDSM V VRRM VDRM V Type 1300 1500 1700 1900 2100 2300 1200 1400 1600 1800 2000 2200 MDD MDD MDD MDD MDD MDD 3 2 3 2 312-12N1 312-14N1 312-16N1 312-18N1 312-20N1 312-22N1
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2x5202x310312-12n1312-14n1+6312-16n1312-18n1312-20n1312-22n110transientmdd312
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