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IKW50N65F5 Insulated Gate Bipolar Transistor IGBT Produced By Infineon Technologies

manufacturer:
Analog Devices Inc.
Category:
Semiconductors
Price:
2.5
Payment Method:
T/T
Infineon-IKW50N65F5.pdf
Specifications
Crystal Structure:
Various, Including Diamond, Zinc Blende, And Wurtzite
Size:
IGBT 650V 80A TO247-3
Thermal Conductivity:
High
Breakdown Voltage:
High
Carrier Type:
Electrons Or Holes
Optical Properties:
Translucent Or Transparent
Temperature Coefficient Of Resistance:
Negative
Mobility:
High
Conductivity:
Semi-conductive
Manufacturing Process:
Deposition, Lithography, Etching, And Doping
Material:
Silicon
Doping:
P-type Or N-type
Dielectric Constant:
Varies Depending On Material
Applications:
Used In Electronic Devices, Solar Cells, And Transistors
Band Gap:
Varies Depending On Material
Highlight:

IKW50N65F5

,

Insulated Gate Bipolar Transistor IGBT

Introduction
IKW50N65F5 High-Performance IGBT
Product Overview

The IKW50N65F5 is a high-performance insulated-gate bipolar transistor (IGBT) produced by Infineon Technologies, designed for demanding power electronics applications with its exceptional voltage handling and efficiency characteristics.

Technical Specifications
Attribute Value
Package Type TO247-3
Voltage Rating 650V
Current Rating 80A
Material Silicon
Carrier Type Electrons or holes
Thermal Properties High conductivity, temperature stable
Key Features
  • High-Voltage Capability

    650V breakdown voltage enables reliable operation in high-voltage power systems including industrial power supplies and motor drive applications.

  • Low-Loss Performance

    Features 2.5x lower gate charge, 50% reduction in switching losses, and 200mV lower Vcesat compared to previous generations, resulting in higher efficiency.

  • Fast Switching

    Optimized switching speed enables efficient power control in high-frequency applications like inverters and switching power supplies.

  • Integrated Diode

    Co-packaged with rapid silicon diode technology for free-wheeling current protection and improved circuit reliability.

  • Temperature Stability

    Mild positive temperature coefficient and stable diode forward voltage ensure consistent performance across operating temperatures.

Typical Applications
UPS Systems

Provides efficient DC to AC power conversion in uninterruptible power supplies for stable operation during outages.

Industrial Heating/Welding

Enables precise power control in induction heating and resistance welding equipment.

Motor Drives

Used in inverters for high-performance variable frequency motor control applications.

PFC Circuits

Improves power factor correction in AC-DC power supplies by shaping input current.

DC-DC Converters

Provides efficient power conversion in industrial automation and telecom equipment.

Send RFQ
Stock:
MOQ:
10