Toshiba MG50J6ES50 IGBT Module

Toshiba MG50J6ES50  IGBT Module
  1. Toshiba MG50J6ES50 IGBT Module Specifications:
    • Collector-emitter voltage (VCES): 600 V
    • Gate-emitter voltage (VGES): ±20 V
    • Collector current DC (IC): 50 A
    • Collector current 1ms (ICP): 100 A
    • Forward current DC (IF): 50 A
    • Forward current 1ms (IFM): 100 A
    • Collector power dissipation (PC at Tc = 25°C): 280 W
    • Junction temperature (Tj): 150 °C
    • Storage temperature range (Tstg): -40 ~ 125 °C
    • Isolation voltage (VIsol): 2500 V (AC 1 min.)
    • Screw torque (Terminal/mounting): 2/3 N·m
  2. Functional Features:
    • High input impedance.
    • 6 IGBTs built into 1 package.
    • Enhancement-mode.
    • High speed:
      • tf (fall time) = 0.30µs (Max.) (IC = 50A)
      • trr (reverse recovery time) = 0.15µs (Max.) (IF = 50A)
    • Low saturation voltage: VCE (sat) = 2.70V (Max.) (IC = 50A)
  3. Applications:
    • High Power Switching Applications
    • Motor Control Applications
  4. Built-in Protections:
    • Overcurrent protection
    • Thermal shutdown
  5. Physical Characteristics:
    • Compact, fully isolated package for easy installation and maintenance.
  6. Product Identification:
    • Toshiba MG50J6ES50
    • MG series insulated gate bipolar transistor (IGBT) module

Revised Description:

The Toshiba MG50J6ES50 is an advanced high-power switching transistor module designed specifically for power conversion and motor control applications. As part of the MG series, renowned for superior performance and reliability, the MG50J6ES50 boasts a voltage rating of 600V and a current rating of 50A. This module excels in minimizing power loss and enhancing efficiency due to its low on-state voltage drop and fast switching characteristics.

Featuring a compact, fully isolated package, the MG50J6ES50 is designed for seamless installation and maintenance. Its six built-in IGBTs operate in an enhancement mode, ensuring high input impedance and rapid switching. Notably, the module exhibits high-speed performance with a fall time (tf) of 0.30µs (Max.) at 50A and a reverse recovery time (trr) of 0.15µs (Max.) at 50A forward current.