Fuji Electric IGBT Module Distributor | X Series 2-Pack
Genuine Fuji Electric 7th-generation X series IGBT modules in 2-pack and 6-pack from 650 V to 1700 V for inverters, servos and power conversion.
Fuji Electric IGBT Modules Overview
BeiLuo supplies genuine Fuji Electric IGBT modules built on the 7th-generation X series chip, which reduces inverter loss by about ten percent and lowers chip temperature by roughly eleven degrees compared with the 6th-generation V series. The X series range covers 650 V, 1200 V and 1700 V classes from 75 A to 800 A in the standard 2-pack family, plus dedicated 6-pack EconoPACK modules that integrate a complete three-phase inverter in one package. A 2-pack module contains two IGBT switches and their anti-parallel diodes for a half-bridge leg, while a 6-pack module contains the six switches of a full three-phase bridge. Both integrate the switches, the freewheeling diodes and the isolation into a single tested package, which shrinks the power stage, improves thermal coupling and raises reliability compared with discrete devices. Fuji Electric packages use a low-inductance structure and an improved insulating substrate for better heat dissipation, and the X series supports a continuous operating temperature of 175 C, so a compact heatsink can carry a higher output. Devices are available with solder pins or press-fit pins to match different assembly processes, and several families offer a pre-applied thermal interface material. Every module BeiLuo ships is factory-traceable and includes import declaration, certificate of origin and RoHS documentation. Our FAE team helps you match voltage class, current, package and circuit configuration to your inverter, then confirms stock and lead time before you commit. Selecting a module means fixing the voltage class from your DC bus, sizing current for the worst-case load, choosing 2-pack or 6-pack for your topology, and confirming the thermal path against RthJC before layout sign-off.
Fuji Electric IGBT Modules Product Range
In-stock IGBT Modules series available now, each with import documentation and FAE support. Click a model for full specifications and purchase information.
| Model | VCES (V) | IC (A) | Configuration | Package | Tjmax |
|---|---|---|---|---|---|
| 2MBI200XAA065-50 | 650 V | 200 A | 2-Pack | M263 | 175 C |
| 2MBI300XBE120-50 | 1200 V | 300 A | 2-Pack | M274 | 175 C |
| 6MBI150XBA120-50 | 1200 V | 150 A | 6-Pack | M668 | 175 C |
| 2MBI600XEE120-50 | 1200 V | 600 A | 2-Pack | M277 | 175 C |
Frequently Asked Questions
How do I read the Fuji Electric IGBT module table?
Start with the VCES column to fix the voltage class from your DC bus, then use IC for continuous current and Configuration to see whether the part is a 2-pack half-bridge or a 6-pack three-phase bridge.
Package and Tjmax then decide the mechanical and thermal design.
Should I choose a 2-pack or a 6-pack module?
Choose a 2-pack module for a half-bridge leg, a three-level stage or an inverter you build from three legs. Choose a 6-pack module when you want the whole three-phase bridge, including a brake option, in a single package for a compact drive.
The decision is circuit flexibility versus integration.
What makes the X series different from the V series?
The 7th-generation X series uses a thinner, more optimized chip that reduces inverter loss by about ten percent and lowers chip temperature by roughly eleven degrees against the 6th-generation V series, while supporting a 175 C operating temperature.
The X series is the first choice for new designs; the V series remains available for existing platforms.
How do I plan the thermal design for a module?
Begin from RthJC in the datasheet, add the interface and heatsink resistance, and verify junction temperature at worst-case current. A flat substrate with a low-inductance structure keeps the thermal path consistent.
Our FAE team can review your heatsink and derating.
Documentation
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