MiniSKiiP CIB Modules

Type designation Vces [V] case converter brake inverter temp.sens. phases halfcon- trolled ID[A] Ic [A] current shunts 80°C 25°C 80°C MiniSKiiP 1 SKiiP 10 NAB 063 T1 600 1 3 no 12 yes 11 8 - yes SKiiP 11 NAB 063 T1 600 1 3 no 12 yes 17 12 - yes SKiiP 10 NEC 063 T1 600 1 1 no 12 - 11 8 - yes SKiiP 10 NEC 063 IT1 600 1 1 no 12 - 11 8 yes yes SKiiP 11 NEC 063 T1 600 1 1 no 12 - 17 12 - yes SKiiP 11 NEC 063 IT1 600 1 1 no 12 - 17 12 yes yes MiniSKiiP 2 SKiiP 21 NAB 063 T1 600 2 3 no 25 yes 27 19 - yes SKiiP 21 NAB 063 IT1 600 2 3 no 25 yes 27 19 yes yes SKiiP 22 NAB 063 T1 600 2 3 no 25 yes 30 21 - yes SKiiP 21 NEB 063 T1 600 2 1 no 25 yes 27 19 - yes SKiiP 21 NEB 063 IT1 600 2 1 no 25 yes 27 19 yes yes SKiiP 23 AC 12 T3 1200 2 - - - - 33 25 - yes SKiiP 25 AC 12 T2 1200 2 - - - - 58 40 - yes SKiiP 20 NAB 12 T17 1200 2 3 no 25 yes 16 11 - yes SKiiP 20 NAB 12I T12 1200 2 3 no 25 yes 16 11 yes yes SKiiP 22 NAB 12 T18 1200 2 3 no 25 yes 23 15 - yes SKiiP 22 NAB 12 IT1 1200 2 3 no 25 yes 23 15 yes yes MiniSKiiP 3 SKiiP 31 NAB 063T1 600 3 3 no 35 yes 50 35 - yes SKiiP 32 NAB 063T1 600 3 3 no 35 yes 75 50 - yes SKiiP 30 NAB 12T10 1200 3 3 no 35 yes 33 22 - yes SKiiP 31 NAB 12T11 1200 3 3 no 35 yes 45 30 - yes SKiiP 32 NAB 12T1 1200 3 3 no 35 yes 65 45 - yes MiniSKiiP 8                                                current sensors SKiiP 81 AC 12T1 1200 8 - - - - 65 45 - yes SKiiP 81 AC 12 IT1 1200 8 - - - - 65 45 yes yes SKiiP 82 AC 12T1 1200 8 - - - - 95 65 - yes SKiiP 82 AC 12 IT1 1200 8 - - - - 95 65 yes yes SKiiP 83 AC 12T1 1200 8 - - - - 125 85 - yes SKiiP 83 AC 12 IT1 1200 8 - - - - 125 85 yes yes SKiiP 81 AHB 15T1 1200 8 3 yes 75 yes - - - yes SKiiP 82 AHB 15T1 1200 8 3 yes 75 yes - - - yes SKiiP 83 AHB 15T1 1200 8 3 yes 100 yes - - - yes SKiiP 81 ANB 15T1 1200 8 3 no 100 yes - - - yes SKiiP 82 ANB 15T1 1200 8 3 no 100 yes - - - yes SKiiP 83 ANB 15T1 1200 8 3 no 100 yes - - - yes

Features High level power integration One- or two-screws-mounting to the customer heatsink, compact design Low thermal impedance due to durable ceramic insulation Pressure contact technology with simple connection to DCB through pressure contact (no soldering) and with increased power cycling capability Low stray inductance High power density, low losses Integrated temperature sensor Integrated shunts for dc and ac current (optional for MiniSKiiP 1 and 2) Integrated three-phase current sensor (optional for MiniSKiiP 8) Typical Applications Three phase motor drive inverter Uninterruptable power supplies UPS Converter General power switching supplies

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