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Toshiba – MG100Q2YS51 – Dual IGBT Half-Bridge Power Module – 1200V 100A – Reclaimed Part

Manufacturer

OEM Part Number

MG100Q2YS51

GPS Part Number

27-TOS-MG100Q2YS51

Tags

Price:

$44.28

Specifications
Voltage WPC AH/kVA Length Width Height Weight
1200 V N/A 100 A N/A N/A N/A ≈  430  g
Voltage 1200 V
WPC N/A
Amp/H 100 A
Length N/A
Width N/A
Height N/A
Weight ≈  430  g

Toshiba — MG100Q2YS51 IGBT Power Module 1200 V • 100 A @ 80°C / 150 A @ 25°C • Complete Half-Bridge • Built-In Freewheel Diodes • Isolated Baseplate
What it is

The Toshiba MG100Q2YS51 is a high-power 1200 V N-channel IGBT module containing a complete half-bridge in a single isolated package. Toshiba rates the module for 150 A collector current at TC = 25°C and 100 A at TC = 80°C, making it well suited to demanding industrial power-switching and motor-control applications.

The module combines two IGBT switching elements with built-in reverse-connected freewheel diodes and an electrically isolated case. High input impedance, fast switching and robust current capability make the MG100Q2YS51 suitable for UPS inverters, AC motor drives, DC choppers, welding equipment and other high-power conversion systems.

At-a-Glance
  • Voltage Rating: 1200 V VCES
  • Collector Current: 150 A @ TC = 25°C • 100 A @ TC = 80°C
  • Pulse Current: 300 A @ 25°C • 200 A @ 80°C, 1 ms
  • Topology: Complete IGBT half-bridge in one package
  • Freewheel Diodes: Built-in reverse-connected diodes
  • Isolation: 2500 V AC for 1 minute, terminals-to-base
  • Package: Toshiba 2-109C4A • Approx. 430 g
  • Applications: Motor control; UPS; industrial inverters; DC choppers; welders; power conversion
Features
  • Complete half-bridge — two IGBT switching elements integrated into a single power module.
  • 1200 V blocking capability — designed for high-voltage industrial switching and motor-control circuits.
  • High current capability — rated for 150 A at 25°C and 100 A at an 80°C case temperature.
  • Low saturation voltage — VCE(sat) maximum 3.6 V under specified Toshiba test conditions.
  • Fast switching — fall time tf of 0.3 µs maximum under specified inductive-load conditions.
  • Built-in freewheel diodes — reverse-connected diodes support inductive-load switching applications.
  • Electrically isolated case — 2500 V AC isolation simplifies heatsink installation.
Technical Specifications
Parameter Value
Manufacturer Toshiba
Part Number MG100Q2YS51
Device Type Silicon N-channel IGBT power module
Circuit Configuration Complete half-bridge — two series-connected IGBT elements with built-in diodes
Collector-Emitter Voltage (VCES) 1200 V
Continuous Collector Current (IC) 150 A @ TC = 25°C / 100 A @ TC = 80°C
Pulse Collector Current (ICP) 300 A @ TC = 25°C / 200 A @ TC = 80°C, 1 ms
Gate-Emitter Voltage (VGES) ±20 V
Forward Diode Current (IF) 100 A DC
Peak Forward Diode Current (IFM) 200 A, 1 ms
Collector Power Dissipation (PC) 660 W @ TC = 25°C
Collector-Emitter Saturation Voltage (VCE(sat)) 3.6 V max @ specified Toshiba test conditions
Gate Threshold Voltage 3.0–6.0 V
Switching Fall Time (tf) 0.3 µs max under specified inductive-load conditions
Thermal Resistance Rth(j-c) — IGBT Approx. 0.16°C/W
Thermal Resistance Rth(j-c) — Diode Approx. 0.47°C/W
Isolation Voltage 2500 V AC for 1 minute, terminals-to-base
Maximum Junction Temperature 150°C
Storage Temperature −40°C to +125°C
Package Toshiba 2-109C4A
Number of Elements 2 IGBT elements with built-in diodes
Terminal Count 7
Mass Approx. 430 g
Recommended Terminal Torque 3 N·m
Recommended Mounting Torque 3 N·m
Applications / Replacement Considerations
Module Representative Applications Replacement Notes
MG100Q2YS51 Motor controls; UPS inverters; industrial inverters; DC choppers; welding equipment; high-power switching systems Verify 1200 V rating, half-bridge configuration, gate-drive requirements, terminal layout, package dimensions and thermal requirements before substitution.
Why Buy from Gruber
  • Power electronics expertise — Decades of experience supporting UPS, inverter and critical-power systems.
  • Legacy component support — Hard-to-find and obsolete Toshiba IGBT modules for maintaining legacy equipment.
  • Replacement assistance — Help matching circuit configuration, electrical ratings, gate-drive requirements and mechanical fit for legacy power equipment.