IGBT Modules | MITSUBISHI
Categories
- 5th generation of IGBT modules - A series
- 5th generation of IGBT TRENCH modules - NF series
- IGBT modules - NFM series
- Fast IGBT modules - NFH
- 4th generation of IGBT TRENCH modules - F series
- 3rd generation of IGBT modules - H series
- 3rd generation of IGBT modules - U series
- IGBT modules DIP-C.I.B series/C.I.B series
- High voltage IGBT modules
- High voltage diode modules
- High voltage intelligent power module
- 5th generation of IPM modules - for usage in converters and solar batteries
- 5th generation of IPM modules - L series
- 4th generation of IPM modules - S-DASH series
- 3rd generation of IPM modules - S series
- 3rd generation of IPM modules - V series
- AS-IPM
- DIP-IPM 1200V
- 4th generation of DIP IPM modules
- 3rd generation of DIP and MINI DIP IPM modules
- MDIP and MINI - DIP IPM
- Hybrid drivers for IGBT modules
- IGBT 6th generation modules - NX series
- Multilevel IGBT modules
- New mega POWER DUAL - IGBT modules
- 5th generation of IPM modules - FULL GATE CSTBT series (version L1 and S1)
- 6th generation of ipm modules - FULL GATE V1 series
- 7th Generation Modules IGBT
- DIPIPM TM 600V & 1200V
- CI/CIB modules
We’re an experienced supplier of necessary products for the category of transistors.
Field-effect transistors - we’re offering two types of field-effect transistors: MOS-FET and IGBT transistors.
IGBT transistors
IGBT transistors are characterized by a small decrease in conduction voltage (from 2.15 - 5.2V) at high current (10 - 3600A), high voltage blocking capacity (250 - 6500V), voltage control via an isolated gate, and high switching speed. They are produced in the form of standard modules, high-frequency modules, high voltage modules as well as intelligent modules, and high voltage intelligent modules. In addition, high-voltage diode modules are offered for cooperation with IGBT transistors.
The IGBT transistors manufactured in the form of intelligent modules contain, besides transistors, control systems as well as short circuit and overvoltage protection.