Low VCE(sat), Low Switching Losses in Rugged TO-247AB Package

MCC now offers a new automotive grade 1200V, 80A Trench Field Stop IGBT in a robust TO-247AB package, engineered to solve efficiency, thermal, and reliability challenges in high-voltage, high-current power systems. By pairing a low typical VCE(sat) of 2.25 V at 150°C with minimized switching losses and a low junction to case thermal resistance of 0.24 K/W, it boosts system efficiency, eases heatsinking, and enhances long term reliability. 

AEC‑Q101 qualification confirms dependable performance, while high speed, smooth switching across hard and soft topologies reduces electrical stress. A positive temperature coefficient supports safe parallel current sharing, and a 150°C maximum junction temperature provides margin for demanding duty cycles—delivering smaller, cooler, and more reliable OBCs, traction inverters, renewable energy converters, industrial drives, and HVAC motor controllers. 

Features & Benefits:
  • AEC‑Q101 qualified
  • Low typical VCE(sat): 2.25 V at Tj = 150°C 
  • Optimized for low switching losses 
  • Highspeed, smooth switching for hard and soft switching 
  • Positive temperature coefficient (supports current sharing in parallel) 
  • Maximum junction temperature: 150°C 
  • Junction to case thermal resistance: 0.24 K/W 
  • Package size TO-247AB 

Product Highlights   

1200V, 80A Trench Field-Stop IGBT

1

Enhanced Efficiency

Low VCE(sat) of 2.25V at 150°C and optimized switching minimize conduction and switching losses, improving overall system efficiency.  

1200V, 80A Trench Field-Stop IGBT

2

Reliable Automotive Performance

AEC-Q101 qualification and a rugged TO-247AB package ensure dependable operation in demanding EV and grid applications. 

1200V, 80A Trench Field-Stop IGBT

3

Simplified Thermal Management

Junction to case thermal resistance of 0.24 K/W and a 150°C maximum junction temperature support stable operation under heavy load. 

1200V, 80A Trench Field-Stop IGBT

4

Versatile Integration

1200 V / 80 A rating, positive temperature coefficient for safe paralleling, and smooth switching across hard and soft topologies enable easy adoption in OBCs, traction inverters, renewable converters, and industrial drives.

Applications

Designed for high-voltage, high-current power stages, MIW80N120NT1YHE3-BP fits seamlessly into both hard- and soft-switching topologies across multiple industries. Its automotive qualification, strong thermal performance, and rugged TO-247AB package make it a reliable choice from EV systems to renewable and industrial drives.  

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Automotive

Renewable Energy

Industrial 

HVAC & Appliances

  • On-board chargers (OBC) 
  • Traction inverters 
  • DC/DC converters for EV/HEV 
  • Auxiliary motor drives (HVAC compressors, pumps, fans) 
  • Solar string and central inverters 
  • Wind turbine converters 
  • Energy storage inverters (battery PCS) 
  • DC fast‑charging power stages (renewables-integrated) 
  • Variable‑frequency drives (VFDs) 
  • Industrial power supplies and UPS 
  • Welding equipment 
  • High‑power SMPS and PFC stages 
  • Compressor motor drives 
  • Heat pump inverters 
  • Large fan/blower controllers 
  • Commercial refrigeration systems
 

 

Product Attributes, Parametrics & Datasheet

Product

Type

Package

Collector‐Emitter 
Voltage 
VCE (V)

DC Collector Current 
@ Tc=100°C 
IC (A) 
 

Datasheet

MIW80N120NT1YHE3-BP

IGBT Discrete

TO-247AB 

1200

80 

Info

 

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

Use the MCC chatbot to quickly request a sample or ask a question. 

 

MCC
Post by MCC
October 16, 2025
MCC is a leading integrated device manufacturer (IDM) of discrete semiconductors worldwide. Headquartered in the US, we deliver supply chain assurance, best-in-class support, and a diverse portfolio of 10,000+ advanced components to help customers innovate in automotive, industrial, and beyond.