Maximum Continuous Collector Current = 5 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±30V Maximum Power Dissipation = 82 W Package Type = TO-252
Maximum Continuous Collector Current = 5 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±30V Maximum Power Dissipation = 82 W Package Type = TO-252
Maximum Continuous Collector Current = 30 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 230 W Package Type = TO-247N
Maximum Continuous Collector Current = 30 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Number of Transistors = 1 Package Type = TO-247N
Maximum Continuous Collector Current = 20 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 192 W Package Type = TO-247
Maximum Continuous Collector Current = 20 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 192 W Package Type = TO-247
Maximum Continuous Collector Current = 30 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Number of Transistors = 1 Package Type = TO-247
Maximum Continuous Collector Current = 30 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 230 W Package Type = TO-247
Maximum Continuous Collector Current = 50 A Maximum Collector Emitter Voltage = 650 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 416 W Package Type = TO-247
Maximum Continuous Collector Current = 50 A Maximum Collector Emitter Voltage = 650 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 416 W Package Type = TO-247
Maximum Continuous Collector Current = 50 A, 100 (Pulsed) A Maximum Collector Emitter Voltage = 1200 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 348 W Package Type = TO-247 Mo...
The DGTD120T25S1PT is produced using advanced Field Stop Trench IGBT Technology, which provides low VCE(sat), excellent quality and high-switching performance.High Speed Switching & Low VCE(sat) Lo...
IGBT Modules, HY Electronic. This range of IGBT modules from HY Electronic come in industry standard packages with soldering pins designed for PCB mounting. Suitable applications for these IGBT mod...
IGBT Modules, HY Electronic. This range of IGBT modules from HY Electronic come in industry standard packages with soldering pins designed for PCB mounting. Suitable applications for these IGBT mod...
The Infineon EiceDRIVER™ 25 V single-channel low-side non-inverting gate driver for IGBT with typical 2.6 A source and sink currents in a tiny 6-lead PG-SOT23 package.-0.246 V over-current threshol...
Maximum Continuous Collector Current = 11.9 A Maximum Collector Emitter Voltage = 11.4 V Maximum Gate Emitter Voltage = 20V Maximum Power Dissipation = 500 mW Package Type = PG-SOT23-6-3 Channel Ty...
The Infineon high speed H5 technology insulated-gate bipolar transistor offering best-in-class efficiency in hard switching and resonant topologies.High Efficiency Low Switching Losses Increased Re...
Maximum Continuous Collector Current = 74 A Maximum Collector Emitter Voltage = 650 V Maximum Gate Emitter Voltage = ±20 V, ±30 V Maximum Power Dissipation = 250 W Package Type = PG-TO247-3 Pin Cou...
Maximum Continuous Collector Current = 80 A Maximum Collector Emitter Voltage = 650 V Maximum Gate Emitter Voltage = ±20 V, ±30 V Maximum Power Dissipation = 270 W Package Type = PG-TO247-3 Pin Cou...
The Infineon three pin high speed fast insulated-gate bipolar transistor.High Efficiency Low Switching Losses Increased Reliability Low Electromagnetic Interference
Maximum Collector Emitter Voltage = 2 V Maximum Gate Emitter Voltage = 5.7V Maximum Power Dissipation = 833 W Package Type = PG-TO247-3 Channel Type = N Pin Count = 3 Transistor Configuration = Single
The Infineon IGBT has TRENCHSTOP and field stop technology for 600V automotive applications offers very tight parameter distribution, high ruggedness, temperature stable behaviour and very high swi...
Maximum Continuous Collector Current = 120 A Maximum Collector Emitter Voltage = 750 V Maximum Gate Emitter Voltage = 15V Number of Transistors = 3 Package Type = TO247PLUS
Maximum Continuous Collector Current = 120 A Maximum Collector Emitter Voltage = 750 V Maximum Gate Emitter Voltage = 15V Maximum Power Dissipation = 170 W Package Type = TO247PLUS
Maximum Continuous Collector Current = 200 A Maximum Collector Emitter Voltage = 750 V Maximum Gate Emitter Voltage = 15V Number of Transistors = 3 Package Type = TO247PLUS
Maximum Continuous Collector Current = 200 A Maximum Collector Emitter Voltage = 750 V Maximum Gate Emitter Voltage = 15V Maximum Power Dissipation = 1.07 kW Package Type = TO247PLUS
Maximum Continuous Collector Current = 40 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 166 W Package Type = PG-TO247-3 Pin Count = 3
Maximum Continuous Collector Current = 60 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 187 W Package Type = PG-TO247-3 Pin Count = 3
The Infineon high speed F5 technology insulated-gate bipolar transistor offering best-in-class efficiency in hard switching and resonant topologies.High Efficiency Low Switching Losses Increased Re...
Maximum Continuous Collector Current = 74 A Maximum Collector Emitter Voltage = 650 V Maximum Gate Emitter Voltage = ±20 V, ±30 V Maximum Power Dissipation = 250 W Package Type = PG-TO247-3 Pin Cou...
Maximum Continuous Collector Current = 80 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 250 W Package Type = PG-TO263-3 Pin Count = 3
Maximum Continuous Collector Current = 80 A Maximum Collector Emitter Voltage = 650 V Maximum Gate Emitter Voltage = ±20.0V Maximum Power Dissipation = 250 W Package Type = PG-TO247-3 Pin Count = 3...
The Infineon AIKW50N65RF5 is hybrid power discrete with SiC power technology with best cost-performance is the most important aspect for auxiliary applications in electric vehicles and hybrid vehic...
Maximum Continuous Collector Current = 80 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 428 W Package Type = PG-TO247-3 Pin Count = 3
Maximum Continuous Collector Current = 34 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = 20V Maximum Power Dissipation = 100 W Package Type = D2PAK
Maximum Continuous Collector Current = 34 A Maximum Collector Emitter Voltage = 600 V Maximum Gate Emitter Voltage = 20V Maximum Power Dissipation = 100 W Package Type = D2PAK
Maximum Continuous Collector Current = 141 A Maximum Collector Emitter Voltage = 1200 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 543 W Package Type = TO-247AC
Maximum Continuous Collector Current = 141 A Maximum Collector Emitter Voltage = 1200 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 543 W Configuration = Single
Maximum Continuous Collector Current = 141 A Maximum Collector Emitter Voltage = 1200 V Maximum Gate Emitter Voltage = ±20V Maximum Power Dissipation = 543 W Package Type = Super-TO-220