| Collector-emitter voltage | V CE | | 1200 | V |
| DC collector current | I C | TC = 25C | 16 | A |
| DC collector current | I C | TC = 100C | 8 | A |
| Pulsed collector current, tp limited by Tjmax | I C p u l s | | 24 | A |
| Gate-emitter voltage | V G E | | 20 | V |
| Short circuit withstand time | t SC | VGE = 15V, VCC 1200V, Tj 150C | 10 | s |
| Power dissipation | P to t | TC = 25C | 70 | W |
| Operating junction temperature | T j | | -40...+150 | C |
| Storage temperature | T st g | | -55...+150 | C |
| Soldering temperature, 1.6mm (0.063 in.) from case for 10s | | | 260 | C |
| IGBT thermal resistance, junction case | R t h JC | | 1.7 | K/W |
| IGBT thermal resistance, junction ambient | R t h JA | | 40 | K/W |
| Collector-emitter breakdown voltage | V (BR )C ES | V G E=0V, I C=0.5mA | 1200 | - |
| Collector-emitter saturation voltage | VC E(sa t ) | V G E = 15V, I C=8A, T j=25C | 1.7 | V |
| Collector-emitter saturation voltage | VC E(sa t ) | V G E = 15V, I C=8A, T j=125C | 2.0 | V |
| Collector-emitter saturation voltage | VC E(sa t ) | V G E = 15V, I C=8A, T j=150C | 2.2 | V |
| Gate-emitter threshold voltage | V G E( th ) | I C=0.3mA,VC E=VG E | 5.0 / 5.8 / 6.5 | V |
| Zero gate voltage collector current | I C ES | VC E=1200V, V G E=0V, T j=25C | 0.2 | mA |
| Zero gate voltage collector current | I C ES | VC E=1200V, V G E=0V, T j=150C | 2.0 | mA |
| Gate-emitter leakage current | I G E S | VC E=0V,V GE=20V | 100 | nA |
| Transconductance | g f s | VC E=20V, I C=8A | 5 | S |
| Integrated gate resistor | R G i n t | none | | |
| Input capacitance | C i s s | | 600 | pF |
| Output capacitance | C o s s | | 36 | pF |
| Reverse transfer capacitance | C r s s | VC E=25V, V G E=0V, f=1MHz | 28 | pF |
| Gate charge | Q Ga te | VC C=960V, I C=8A, V G E=15V | 53 | nC |
| Internal emitter inductance measured 5mm (0.197 in.) from case | L E | | 13 | nH |
| Short circuit collector current | I C (SC ) | V G E=15V,t SC10s, VC C = 600V, T j = 25C | 48 | A |
| Turn-on delay time | t d (o n ) | Inductive Load, Tj=25 C | 40 | ns |
| Rise time | t r | Inductive Load, Tj=25 C | 23 | ns |
| Turn-off delay time | t d (o f f ) | Inductive Load, Tj=25 C | 450 | ns |
| Fall time | t f | Inductive Load, Tj=25 C | 70 | ns |
| Turn-on energy | Eo n | Inductive Load, Tj=25 C | 0.67 | mJ |
| Turn-off energy | Eo ff | Inductive Load, Tj=25 C | 0.7 | mJ |
| Total switching energy | E t s | Inductive Load, Tj=25 C | 1.37 | mJ |
| Turn-on delay time | t d (o n ) | Inductive Load, Tj=150 C | 40 | ns |
| Rise time | t r | Inductive Load, Tj=150 C | 26 | ns |
| Turn-off delay time | t d (o f f ) | Inductive Load, Tj=150 C | 570 | ns |
| Fall time | t f | Inductive Load, Tj=150 C | 140 | ns |
| Turn-on energy | Eo n | Inductive Load, Tj=150 C | 1.08 | mJ |
| Turn-off energy | Eo ff | Inductive Load, Tj=150 C | 1.2 | mJ |
| Total switching energy | E t s | Inductive Load, Tj=150 C | 2.28 | mJ |