It features the TRENCHSTOP™ IGBT4 and Emitter Controlled 4 diode in the standardized housing of 190 mm for the FZ2000R33HE4 and 130 mm for the FZ1400R33HE4. This results in 40% higher performance compared to the previous IGBT3 generation and >50% higher performance than all competition 1500 A 3.3 kV IHV devices. To fully utilize the increased power without compromising on lifetime, the power cycling capability has also been improved by factor two.
Customers can easily switch from the IGBT3 to the IGBT4 solution thanks to the standardized IHV-B housing. In addition, a frame-size jump is achieved when exchanging the previous FZ1500R33HE3 with the new FZ1400R33HE4 which results in smaller inverters for the same power.
Features
– TRENCHSTOP™ IGBT4 and Emitter Controlled 4 Diode
– Standardized IHV-B housing 190 mm (FZ2000) or 130 mm (FZ1400)
– Increased power cycling capability by factor 2 compared to TRENCHSTOP™ IGBT3
– AlSiC base plate
– Package with CTI > 600
Benefits
– 40% higher performance than next best alternative for the same footprint
– FZ2000 allows first 850kW forced air cooled inverter and FZ1400 enables most compact 1.1MW on Liquid cooling
– Frame-size jump when exchanging FZ1500R33HE3 with FZ1400R33HE4
– Unbeatable robustness
– Enables full extra power without compromising on lifetime
– Best-in-class short circuit capability
– Increased thermal cycling capability
Target applications
– Motor control and drives
– Traction
– Transmission and distribution
– Construction, commercial and agricultural vehicles
Competitive advantage
40% higher performance than next best alternative and unbeatable robustness!
Application diagram: Traction
Product overview incl. data sheet link
| Rutronik Part Number |
Infineon Part Number |
SP Number |
Package |
| IGBT2731 |
FZ2000R33HE4 |
SP003062218 |
IHVB190-3 |
| IGBT2732 |
FZ1400R33HE4 |
SP005122338 |
IHVB130-3 |
Product collaterals / Online support
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Application Note
Bodo`s Power Article May 2019
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