PrimeSTACK™
The PrimeSTACK™ family is a complete switch solution
for power electronic circuits containing all the necessary
components for current, voltage and temperature measurements, and uses the field proved 62 mm Infineon
IGBT modules.
Control electronics and the power connections are fully
separated from each other by “reinforced isolation”.
With several superior monitor functions,
PrimeSTACK™ offers a self protecting switch function.
PrimeSTACK™ enables the developement of highly efficient and safe inverters, quickly and with a minimum
effort for the designer. The product scope covers chip
current ratings from 100 A up to 3600 A at 1200 V or
170 0 V.
General features
1200 V or 1700 V IGBT implemented
EiceDRIVER™ inside
Based on Infineon standard IGBT modules
Current sense of every output leg
Temperature sense
Optional DC-link voltage monitoring
Analogue output of all sensor signals
Reinforced isolation according to EN50178
Systems
and Drives
5.7
Available configurations
2pack(C2)/6pack(CD)
2pack(C3)
4
pack(C3)
6pack(C3) 6pack(CE)
1700 V IGBT1200 V IGBT
4
pack(C3)
2pack(C4)
2pack(CC)
6pack(CF)
2pack(C2)/6pack(CD)
2pack(C3)
4
pack(C3)
6pack(C3)
4
pack(C4)
6pack(CE)
2pack(C4)
2pack(CC)
6pack(CF)
100 200 400 600 800 1000 1200 1400 1600 1800 2400 3600
Ic[A]
Systems
IGBT PrimeSTACK™ Topology Description
and Drives
½ B2I (2pack)
New PrimeSTACK ™ packages
CC: 2 x C4
per heatsink
5.8
B2I (4pack)
CD: 3 x C2
CE: 3 x C3
CF: 3 x C4
per heatsink
B6I (6pack)
PrimeSTACK™
Drives
IGBT2 Fast 1200 V
VAC = 400 V
3)
P
max
RMS/VDC
1)
I
RMS
CES
=650 V
f
SWmax
Stack type Topology Implemented Case Weight Width x depth x height
[kW] [A] [kHz] IGBT2 Modules Cooling [kg] [mm]
215 366 13 2PS06012S42G28187
*)
½B2I(2pack ) 2 x FF3 00R12K S4 C2 air 6.3 216 x 200 x 167
2 x 73 2 x 125 20 4P S0 1512S43G34512 B2I (4pack) 2 x F F150R12K S4 C3 air 9.1 216 x 280 x 167
2 x 107 2 x 183 20 4PS03012S43G30699 B2I (4pack) 2 x F F300 R12KS4 C3 air 9.1 216 x 280 x 167
100 16 8 16 6P S03012S43G28199
IGBT3 1200 V
VAC = 400 V
P
max
CES
=650 V
RMS/VDC
3)
I
RMS
1)
f
SWmax
Stack type Topology Implemented Case Weight Width x depth x height
*)
B6I (6pack) 3 x FF300 R12KS4 C3 air 9.1 216 x 280 x 167
[kW] [A] [kHz] IGBT3 Modules Cooling [kg] [mm]
335 569 8 2P S12012E33G27261
422 717 6 2PS16012E34G26571
2 x 84 2 x 143 20 4PS01512E33G30487
79 134 20 6PS0 1512E33G30 863
107 181 20 6PS03012E33G27093
124 210 20 6P S04012E33G26572
140 237 20 6PS 04012E33G30188
*)
*)
*)
*)
*)
*)
*)
½B2I(2pack ) 3 x F F400 R12KE3 C3 air 9.2 216 x 28 0 x 167
½B2I(2pack ) 4 x F F400 R12KE3 C4 air 11.8 216 x 360 x 167
B2I (4pack) 2 x FF150R12KE 3G C3 air 9.1 216 x 280 x 167
B6I (6pack) 3 x FF150R12K E3G C3 air 9.1 216 x 280 x 167
B6I (6pack) 3 x FF 300R12K E3 C3 air 9.1 216 x 280 x 167
B6I (6pack) 3 x FF 400R12K E3 C3 air 9.2 216 x 280 x 167
B6I (6pack) 3 x FF 400R12K E3 C3 air
4)
Wind
Drives
Wind
8.9 216 x 280 x 165
UPS
UPS
Drives
IGBT3 1700 V
VAC = 690 V
3)
P
max
CES
RMS/VDC
2)
I
RMS
=110 0 V
f
SWmax
Stack type Topology Implemented Case Weight Width x depth x height
Wind
[kW] [A] [kHz] IGBT3 Modules Cooling [kg] [mm]
330 325 20 2PS06017E32G28213
580 571 6 2PS12017E34G28217
2 x 168 2 x 165 20 4PS03017E33G30260
179 176 15 6PS03017E33G30907
IGBT3 1700 V
VAC = 690 V
P
max
CES
=110 0 V
RMS/VDC
3)
I
RMS
2)
f
SWmax
Stack type Topology Implemented Case Weight Width x depth x height
*)
*)
*)
*)
½B2I(2pack ) 2 x F F300 R17KE3 C2 air 6.3 216 x 20 0 x 167
½B2I(2pack ) 4 x F F300 R17KE3 C4 air 11.8 216 x 360 x 167
B2I (4pack) 2 x F F300 R17KE3 C3 air 9.1 216 x 280 x 167
B6I (6pack) 3 x FF 300R17K E3 C3 air
4)
9.9 216 x 280 x 165
Drives
Wind
[kW] [A] [kHz] IGBT3 Modules Cooling [kg] [mm]
176 300 2,5 6PS04512E43W38482
*)
B6I (6pack) 3 x FF450R12KE4 C3 liquid 280 x 215 x 120
176 300 2,5 6PS 04512E 43W39 693 B6I (6pack) 3 x FF450R12KE4 C3 liquid 280 x 215 x 120
530 900 5 2PS13512E43W35222 ½B2I(2pack ) 3 x FF450R12KE4 C3 liquid 280 x 215 x 120
1)
ty pical output c urrent at VDC= 650V, VAC=400V, fSW=5kHz , f0=50Hz , cos(φ)=0.85, TA=40° C, T
2)
ty pical output c urrent at VDC=110 0V, VAC=6 90V, fSW=2k Hz, f0=50Hz , cos(φ)=0.85, TA=40° C, T
3)
P
for 3- phase syste ms
max
4)
high eff icient heatsink
*)
without V-option
vjmax
vjmax
≤125°C
=≤125°C
UPS
Systems
and Drives
UPS
5.9
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