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| FAIRCHILD |
| FUJI |
| MITSUBISHI |
| TOSHIBA |
| SEMIKRON |
| EUPEC |
| WESTCOND |
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| FUJI |
| MITSUBISHI |
| SANREX |
| EUPEC |
| ABB |
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| SANREX |
| IXYS |
| EUPEC |
| MITSUBISHI |
| WESTCODE |
| SEMIKRON |
| URC |
| ABB |
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| EUPEC |
| FUJI |
| IXYS |
| MITSUBISHI |
| SANREX |
| SEMIKRON |
| URC |
| WESTCODE |
| ABB |
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| BCC |
| NICHICON |
| HITACHI |
| NCC |
| ITELCOND |
| JICON |
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| JEAM MALLIE |
| FERRAZ |
| BUSSMAM |
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SEMIKRON |
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SKiiP￠c2,3
l 1700v |
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| Summary of
standard 1700V-SKiiP®2,3 with IGBT
and freewheeling CAL-Diode?/sup>
|
| Type |
Circuit |
VCES/ V |
IC/ A5
|
IRMS1
|
IRMS2
|
Options3
|
Case |
Interface |
| SKiiP®2 - PREFERRED
standard types with IGBT and freewheeling
CAL-Diode?/sup> |
| 792 GB 170 - 373 CTV |
2-pack |
1700 |
750 |
341 |
250 |
U,L,W,F |
S3 |
GB |
| 1092 GB 170 - 474 CTV |
2-pack |
1700 |
1000 |
406 |
305 |
U,L,W,F |
S4 |
GB |
| SKiiP®2 - Standard types
with IGBT and freewheeling
CAL-Diode?/sup> |
| 192
GD 170 - 374 CTV |
6-pack |
1700 |
150 |
197 |
70 |
U,L,W |
S3 |
GD |
| 292 GD 170 - 375 CTV |
6-pack |
1700 |
250 |
115 |
84 |
U,L,W |
S3 |
GD |
| 592 GB 170 - 271 CTV |
2-pack |
1700 |
500 |
262 |
185 |
U,L,W,F |
S2 |
GB |
| 792 GB 170 - 373 CTV |
2-pack |
1700 |
750 |
341 |
250 |
U,L,W,F |
S3 |
GB |
| 1092 GB 170 - 474 CTV |
2-pack |
1700 |
1000 |
406 |
305 |
U,L,W,F |
S4 |
GB |
| 292 GH 170 - 273 CTV |
4-pack |
1700 |
250 |
136 |
100 |
U,L,W |
S2 |
GH |
| 592 GH 170 - 2*271
CTV6) |
4-pack |
1700 |
500 |
230 |
173 |
U,L,W,F |
S5GH |
2 x GB |
| SKiiP®3 standard types
(preliminary) |
| 513GD172-3DU |
6-pack |
1700 |
500 |
215 |
150 |
L, W |
S33 |
GD |
| 1013GB172-2D |
2-pack |
1700 |
1000 |
492 |
325 |
F, L, W |
S23 |
GB |
| 1203GB172-2D |
2-pack |
1700 |
1200 |
800 |
525 |
F, L, W |
S23 |
GB |
| 1513GB172-3D |
2-pack |
1700 |
1500 |
638 |
435 |
U, F, L, W |
S33 |
GB |
| 1803GB172-3D |
2-pack |
1700 |
1800 |
1124 |
660 |
U, F, L, W |
S33 |
GB |
| 2013GB172-4D |
2-pack |
1700 |
2000 |
761 |
540 |
U, F, L, W |
S43 |
GB |
| 2403GB172-4D |
2-pack |
1700 |
2400 |
1440 |
900 |
U, F, L, W |
S43 |
GB
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Non standard types on
request. Please find latest information on
internet page http://www.semikron.com/ or
contact your local SEMIKRON -
representative. For electrical and thermal
design support please use SEMISEL. Access
to SEMISEL is
via SEMIKRON website http://semisel.semikron.com/.
Further questions can be placed on internet
page http://faq.semikron.com/.
|
| Features
|
- Low thermal impedance
- Optimal thermal management with integrated
heatsink
- Pressure contact technology with increased
power cycling capability
- Compact design
- Low stray inductance
- High power, small losses
- Fast and soft recovery CAL diode
- Recycable
- Integrated current sensors
- Integrated driver with
- Overtemperature protection
- Overcurrent protection due to current
sensors
- Overvoltage protection (DC-link) (-option-)
- Built-in dead time and interlock
- CMOS compatible inputs
- Fiber optic connector (option for
halfbridges)
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| Typical
Applications |
- Half, Fullbridges and H-bridges
- Three phase motor drive inverter
- Uninterruptable power supplies UPS
- Converter
- General power switching supplies
- Inductive heating
- DC Chopper
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1. Output
rms-phase-current with typical operating
conditions as shown in table below, SKiiP 2
mounted on P16 heat sink with standard fan
SKF16B-230-01
| VCES/V |
VV/V |
VD/V |
cos phi |
fsw/kHz |
fout/Hz |
Tjmax/°C
|
Ta/°C
|
| 1700
|
690 |
1100
|
0.85
|
2 |
50 |
125 |
40
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2. Output
rms-phase-current with operating conditions as
above but 150% overload capability for 60s and
fout=2Hz - 50 Hz |
3. Available
options:
| U: DC-link voltage sense and
over-voltage protection |
| F: Fiber optic connector
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| E: brake chopper voltage
levels for 400V mains voltage (for 1200V-SKiiP
only) |
| A: brake chopper voltage
levels for 460V mains voltage (for 1200V-SKiiP
only) |
| L: SKiiP?/SUP>2,3
mounted on P16 (SKiiP?/SUP>3: PX16
except SKiiP?/SUP>313GD122-3DUL,
SKiiP?/SUP>413GD061-3DUL) heat sink for
air cooling |
| W: SKiiP 2,3 mounted on NWK40
heat sink for liquid cooling
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| 5. Current per
switch @ 25 °C heat sink temperature
temperature |
| 6. This type has two gate
drivers; when Option "U" is ordered only one
gate driver is equipped with Option "U"
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| 7. Maximum continuous current
is limited by current sensor capability
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