B6U 380
Abstract: semikron SKS B6U B6CI semikron SKS lem LA 55-P lem la 55 b6u b6ci skhi 20opa SKS 150 B6U IGBT SEMISTACK
Text: SEMISTACK - IGBT Circuit Iout Vout Vdc Types B6CI 13 380 (750) SKS 13F B6U+B6CI+E1CIF*2 09 V12 Symbol SEMITOP Stack1) Three-phase inverter SKS 13F B6U+B6CI+E1CIF*2 09 V12 SK 30 GB 123 / SK 60 GB 123 / SK 70 D 12 P35/260F SKHI 20opA Iout Vin fSWmax fSWmaxCsl
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123tive
B6U 380
semikron SKS B6U B6CI
semikron SKS
lem LA 55-P
lem la 55
b6u b6ci
skhi 20opa
SKS 150 B6U
IGBT SEMISTACK
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semikron SKS B6U B6CI
Abstract: B6U 380 skhi 20opa B6U SKS diode b6u semikron SKS 6CN3 lem LA 55-P lem la 55 p b6u b6ci
Text: SEMISTACK - IGBT Circuit Iout Vout Vdc Types B6CI 17 380 (750) SKS 17F B6U+B6CI+E1CIF*2 11 V12 Symbol SEMITOP Stack1) Three-phase inverter SKS 17F B6U+B6CI+E1CIF*2 11 V12 SK 40 GB 123 / SK 60 GB 123 / SK 70 D 12 P35/260F SKHI 20opA Iout Vin fSWmax fSWmaxCsl
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B43875
Abstract: 20/j1nac3 semikron SKS SKHI 20 SKHI 20 opa semikron SKD 75 gal CAPACITOR B43875 j1nac3 B6CI 16 V12 LA 125
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMIX Stack 1 Three-phase inverter SKS 100F B6U+B6CI+E1CIF 80 V12 SEMiX 352 GB 128 SEMiX 302 GAL 126 SKD 145/16 P122 / 550 Vcemax fswmax fSWmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg Tamb
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10min
B43875
A9478
20/j1nac3
semikron SKS
SKHI 20
SKHI 20 opa
semikron SKD 75 gal
CAPACITOR B43875
j1nac3
B6CI 16 V12
LA 125
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semikron SKS
Abstract: j1nac3 3 phase IGBT inverter design B6CI sks 46 design dc link inverter 15V relay no ,nc 3 phase inverter circuit design SEMISTACK IGBT skhi 20opa
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMITOP Stack 1 Three-phase inverter SKS 46F B6U+B6CI+E1CIF 17 V6 SK 80 GB 063 SK 70 GAL 063 SK 70 D 08 P 35/325F SKHI 20opA Vcemax fswmax fswmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg
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10min
B43303A0158
semikron SKS
j1nac3
3 phase IGBT inverter design
B6CI
sks 46
design dc link inverter
15V relay no ,nc
3 phase inverter circuit design
SEMISTACK IGBT
skhi 20opa
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AT1RC3
Abstract: semikron SKS B6U B6CI b6u b6ci SKS 59F B6CI 16 V12 IGBT SEMISTACK tds sensor B6CI 12 V12 5-pin hall skhi 20opa
Text: SEMISTACK - IGBT Circuit B6CI Symbol IRMS max Tamb = 35ºC 1 SEMIX Stack Three-phase inverter SKS 59F B6U+E1CIF+B6CI 35 V12 Vcemax fswmax fSWmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj SEMiX 151 GD 128 Ds Tstg SKD 116/12 Tamb Visol w Cooling P 16/390F
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10min
B43303A0687
16/390F
20opA
AT1RC3
semikron SKS B6U B6CI
b6u b6ci
SKS 59F
B6CI 16 V12
IGBT SEMISTACK
tds sensor
B6CI 12 V12
5-pin hall
skhi 20opa
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lem la 55 p
Abstract: semikron SKS semikron SKS 32f lem LA 55-P SKS 32F IGBT SEMISTACK lem la 55 3 phase IGBT inverter design SEMISTACK B6CI
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMITOP Stack 1 Three-phase inverter SKS 32F B6U+B6CI+E1CIF 12 V6 SK 45 GB 063 SK 30 GAL 123 SK 70 D 08 P 35/260F Vcemax fswmax fSWmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg Tamb Visol
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10min
B43303A0158
lem la 55 p
semikron SKS
semikron SKS 32f
lem LA 55-P
SKS 32F
IGBT SEMISTACK
lem la 55
3 phase IGBT inverter design
SEMISTACK
B6CI
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semikron SKS
Abstract: B43875A5478 B43875 SKS 50F 9CN1 CN25 B6CI semikron SKpc 22 Three-phase inverter SEMISTACK
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMITRANS Stack 1 Three-phase inverter SKS 50F B6U+B6CI+B1CI 19 V12 SKM 100 GB 124D SKKD 46/12 P3/380F SKHI 22B Vcemax fswmax fSWmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg Tamb Visol w
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10min
B43875A5478
semikron SKS
B43875
SKS 50F
9CN1
CN25
B6CI
semikron SKpc 22
Three-phase inverter
SEMISTACK
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B43875
Abstract: B43875A5228 semikron SKHI 123D SKS 25F semikron SKm 50 GB 123D semikron SKS B6CI 16 V12 IGBT J19 Connector SKHI B4387
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMITRANS Stack Three-phase inverter SKS 25F B6U+B6CI 09 V12 SKM 50 GB 123D SKKD 46/12 P3/410F SKHI 23/12-S 1 Vcemax fswmax fSWmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg Tamb Visol w Cooling
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10min
B43875A5228
B43875
semikron SKHI 123D
SKS 25F
semikron SKm 50 GB 123D
semikron SKS
B6CI 16 V12
IGBT J19
Connector SKHI
B4387
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semikron SKS
Abstract: semikron SKS 35F lem LA 55-P B6CI SKS 35F 3 phase inverter circuit design 3 phase IGBT inverter design LA 55-P j1nac3 IGBT SEMISTACK
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMITOP Stack 1 Three-phase inverter SKS 35F B6U+B6CI+E1CIF 21 V12 SK 60 GB 128 SK 60 GAL 123 SK 70 D 12 P 35/325F SKHI 20opA Vcemax fswmax fswmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg
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10min
B43303A0687
semikron SKS
semikron SKS 35F
lem LA 55-P
B6CI
SKS 35F
3 phase inverter circuit design
3 phase IGBT inverter design
LA 55-P
j1nac3
IGBT SEMISTACK
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semikron SKS
Abstract: semikron SKS 21f lem la 55 p j1nac3 lem LA 55-P SEMISTACK IGBT skhi 20opa semikron fan SKS 21F B6CI 16 V12
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMITOP Stack 1 Three-phase inverter SKS 21F B6U+E1CIF+B6CI 12 V12 SK 40 GB 123 SK 30 GAL 123 SK 70 D 12 P 35/260F Vcemax fswmax fswmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg Tamb Visol
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10min
35/260F
B43303A0687
semikron SKS
semikron SKS 21f
lem la 55 p
j1nac3
lem LA 55-P
SEMISTACK IGBT
skhi 20opa
semikron fan
SKS 21F
B6CI 16 V12
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semikron SKS
Abstract: inverter 12 V to 220 V 3 phase IGBT inverter design B6CI 16 V12 hall sensor 326 B6CI SKS 21F skhi 20opa connector 26 pin semikron 220 V inverter 12 V
Text: SEMISTACK - IGBT Circuit B6CI Symbol Irms max Tamb = 35 °C SEMITOP Stack 1 Three-phase inverter SKS 21F B6U+B6CI+E1CIF 12 V12 SK 40 GB 123 SK 30 GAL 123 SK 70 D 12 P 35/260F Vcemax fswmax fswmaxCsl C Ceqvl Tds% VDCmax Rectifier Vnetmax Tvj Tstg Tamb Visol
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10min
B43303A0687
semikron SKS
inverter 12 V to 220 V
3 phase IGBT inverter design
B6CI 16 V12
hall sensor 326
B6CI
SKS 21F
skhi 20opa
connector 26 pin semikron
220 V inverter 12 V
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semikron SKS
Abstract: SEMiX 202GB12E4s 202GB12E4s
Text: SKS 105F B6CI+B6U 72 V12 Characteristics Symbol Conditions min. typ. max. Unit 105 A 81 A 68 A 1200 V Electrical Data Irms Tamb = 40 °C fsw = 5 kHz Vac = 500 V Vdc = 750 V cos = 0.85 no overload 150% overload, 60s every 10min 200% overload, 10s every 10min
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10min
10min
202GB12E4s
semikron SKS
SEMiX 202GB12E4s
202GB12E4s
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semikron SKS
Abstract: capacitor semikron SKS 80F
Text: SKS 80F B6CI+E1CIF+B6U 55 V12 Characteristics Symbol Conditions min. typ. max. Unit 80 A 61 A 50 A 1200 V Electrical Data Irms Tamb = 40 °C fsw = 5 kHz Vac = 500 V Vdc = 750 V cos = 0.85 no overload 150% overload, 60s every 10min 200% overload, 10s every 10min
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10min
10min
151GD12E4S
semikron SKS
capacitor semikron
SKS 80F
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semikron sks 85f
Abstract: capacitor semikron semikron SKS 151GD12E4S
Text: SKS 85F B6CI+B6U 59 V12 Characteristics Symbol Conditions min. typ. max. Unit 85 A 60 A 50 A 1200 V Electrical Data Irms Tamb = 40 °C fsw = 5 kHz Vac = 500 V Vdc = 750 V cos = 0.85 no overload 150% overload, 60s every 10min 200% overload, 10s every 10min
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10min
10min
151GD12E4s
semikron sks 85f
capacitor semikron
semikron SKS
151GD12E4S
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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
Text: 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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400V igbt dc to dc buck converter
Abstract: semikron SKm 123D semikron SKm 50 GB 123D SEMITEACH single phase inverter IC IGBT 123D Semitrans inverter rectifier B6U 380 single phase inverter IGBT b6u b6ci
Text: SEMISTACK - IGBT Circuit Irms A Vac / Vdcmax Types B6CI 30 440 / 750 SEMITEACH - IGBT Symbol Conditions Irms SEMITRANS Stack1) Three-phase rectifier + inverter with brake chopper SEMITEACH - IGBT SKM 50 GB 123D SKD 51 P3/250F Features VCES VCE(SAT) VGES
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F/400V
P3/250F
400V igbt dc to dc buck converter
semikron SKm 123D
semikron SKm 50 GB 123D
SEMITEACH
single phase inverter IC IGBT
123D
Semitrans inverter rectifier
B6U 380
single phase inverter IGBT
b6u b6ci
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Untitled
Abstract: No abstract text available
Text: IGDD6-4-326-D3816-E1F12-BL-FA Characteristics Symbol Conditions min. typ. max. Unit 570 A 560 610 A 430 650 A 1200 V Electrical Data Irms Tamb=40°C, 3kHz, 650Vdc, 400Vac, cos=0,85 no overload 110% overload, 60s every 10min 150% overload, 60s every 10min VCES
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IGDD6-4-326-D3816-E1F12-BL-FA
650Vdc,
400Vac,
10min
Px308/308
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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
Text: 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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skc4m7
Abstract: SKC4M7-40A1
Text: IGDD6-4-326-D3816-E1F12-BL-FA Characteristics Symbol Conditions min. typ. max. Unit 570 A 560 610 A 430 650 A 1200 V Electrical Data Irms Tamb=40°C, 3kHz, 650Vdc, 400Vac, cos=0,85 no overload 110% overload, 60s every 10min 150% overload, 60s every 10min VCES
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IGDD6-4-326-D3816-E1F12-BL-FA
650Vdc,
400Vac,
10min
Px308/308
skc4m7
SKC4M7-40A1
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Untitled
Abstract: No abstract text available
Text: IGDD6-4-426-D3816-E1F12-BL-FA Characteristics Symbol Conditions min. typ. max. Unit 680 A 670 730 A 520 780 A 1200 V Electrical Data Irms Tamb=40°C, 3kHz, 650Vdc, 400Vac, cos=0,85 no overload 110% overload, 60s every 10min 150% overload, 60s every 10min VCES
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IGDD6-4-426-D3816-E1F12-BL-FA
650Vdc,
400Vac,
10min
Px308/308
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PDF
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Untitled
Abstract: No abstract text available
Text: IGDD6-4-426-D3816-E1F12-BL-FA Characteristics Symbol Conditions min. typ. max. Unit 680 A 670 730 A 520 780 A 1200 V Electrical Data Irms Tamb=40°C, 3kHz, 650Vdc, 400Vac, cos=0,85 no overload 110% overload, 60s every 10min 150% overload, 60s every 10min VCES
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IGDD6-4-426-D3816-E1F12-BL-FA
650Vdc,
400Vac,
10min
Px308/308
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PDF
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SKC4M7-40A1
Abstract: No abstract text available
Text: IGDD6-2-426-D1616-E1F12-DH-FA Characteristics Symbol Conditions min. typ. max. Unit 330 A 320 360 A 260 390 A 1200 V Electrical Data Irms Tamb=40°C, 3kHz, 650Vdc, 400Vac, cos=0,85 no overload 110% overload, 60s every 10min 150% overload, 60s every 10min VCES
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IGDD6-2-426-D1616-E1F12-DH-FA
650Vdc,
400Vac,
10min
Px308/308
SKC4M7-40A1
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calculating rectifier circuits
Abstract: chopper transformer INVERTER TRANSFORMER 101 semikron B6C SEMISTACK IGBT chopper transformer winding 3 phase rectifier circuit diagram igbt input transformer 110-220 single phase bridge fully controlled rectifier inverter, water cooling system
Text: 12. SEMISTACK -Converter STACK Assemblies using Thyristors, Rectifier Diodes, IGBTs resp. SKiiPPACK Type Designation Systems B6C 380 / 510 – 100 F Code designation of the converter connection IEC Rated alternating input voltage VVN (V) Direct output voltage Vd (V)
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transistor b2u
Abstract: No abstract text available
Text: 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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