MCC Introduces 650V & 1200V Trench Field-Stop IGBTs for High-Efficiency Power Conversion

Low VCE(sat), Fast Switching, and 175 °C Operation in TO-247AB Packages

650V & 1200V Trench Field-Stop IGBTs

Features & Benefits:

Advanced trench and field‑stop IGBT structure for high efficiency and low switching losses
Voltage ratings available in 650V and 1200V classes
High current capability suitable for demanding power stages (40A continuous, up to 80A pulsed, model dependent)
Low collector‑emitter saturation voltage, VCE(sat) = 1.95V, for reduced conduction losses
Smooth switching performance for hard‑ and soft‑switching topologies
Integrated fast and soft‑recovery anti‑parallel diode (1200V variant)
Positive temperature coefficient for improved current sharing and thermal stability
Maximum junction temperature up to 175 °C for high‑temperature operation
TO‑247AB power package for robust mechanical strength and efficient heat dissipation

MIW40N65AH2Y

MIW40N120AH2Y

Product Highlights

650V & 1200V IGBTs

1

High Power Efficiency

Low VCE(sat) of 1.95V combined with trench field‑stop technology reduces conduction and switching losses, helping increase overall system efficiency and lower thermal stress.

650V & 1200V IGBTs

2

Reliable High‑Temperature Operation

A maximum junction temperature of 175 °C and a positive temperature coefficient ensure stable performance and reliable current sharing under continuous high‑load conditions.

650V & 1200V IGBTs

3

Flexible System Design

Availability of both 650V and 1200V voltage classes with high current capability allows designers to use one IGBT family across multiple power levels and converter topologies.

650V & 1200V IGBTs

4

Simplified Power Stage Design

Smooth switching behavior and an integrated fast, soft‑recovery anti‑parallel diode in the 1200V versions reduce external component requirements and support cleaner, more predictable switching performance.

Applications


Solar Energy Systems	Renewable Energy Inverters	Power Backup and Energy Storage
Solar energy systems Central and distributed photovoltaic (PV) inverter systems	String inverters Micro‑inverters and high‑power inverter stages	Uninterruptible power supplies (UPS) Battery energy storage systems and backup power modules


Industrial Welding Equipment	Electric Vehicle Infrastructure	Industrial Power Electronics
Inverter-based welding equipment High‑current inverter‑based welding power supplies	DC fast charging infrastructure High-power AC-DC conversion stages in EV charging systems	Industrial motor drives and servo drives High-power DC-AC conversion system Industrial power conversion and high-current switching

Product Attributes, Parametrics & Datasheet

Product	Type	Package	Collector‐Emitter Voltage V_CE (V)	DC Collector Currentt @ Tc=100°C I_C (A)	Collector‐Emitter Saturation Voltage V_CE(sat) (V)	Turn-On Energy @TJ=25°C Eon (mJ)	Turn‐Off Energy @TJ=25°C Eoff (mJ)	Power Rating P_D(W)	Datasheet
MIW40N65AH2Y	IGBT Discrete	TO-247AB	650	40	1.95	1.94	0.51	214	Info
MIW40N120AH2Y	IGBT Discrete	TO-247AB	1200	40	1.95	2.29	1.12	288	Info

Now available, purchase directly from MCC or through our authorized distributors. 

For technical inquiries or sample requests, contact MCC for support. 

Tags:

MCC Introduces 650V & 1200V Trench Field-Stop IGBTs for High-Efficiency Power Conversion

MCC Introduces 650V & 1200V Trench Field-Stop IGBTs for High-Efficiency Power Conversion

Low VCE(sat), Fast Switching, and 175 °C Operation in TO-247AB Packages

Features & Benefits:

Product Highlights

1

High Power Efficiency

2

Reliable High‑Temperature Operation

3

Flexible System Design

4

Simplified Power Stage Design

Applications

Product Attributes, Parametrics & Datasheet

Tags:

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