Infineon IKW30N60T IGBT Datasheet

This data sheet is for the Infineon IKW30N60T product. It includes information such as the rated voltage, rated current, switching frequency, package type, and maximum operating temperature.


Infineon IKW30N60T IGBT Datasheet - cover page
Brand
Infineon
Category
Power Management
Document type
Datasheet
Language
English
Pages
13
File format
PDF
File size
899 KB
Published
06 April, 2012
Updated
30 September, 2023
MD5 checksum
9DF3CBA250A5D71727C45E34F2210AD1

About this manual

The IKW30N60T is part of Infineon's TrenchStop® series of low‑loss, high‑speed IGBTs designed for 600 V applications such as frequency converters and uninterruptible power supplies. The device features a very low collector‑emitter saturation voltage, low gate charge, and a fast‑recovery anti‑parallel diode, offering tight parameter distribution and high ruggedness.

The datasheet lists maximum ratings, thermal resistance values, static and dynamic electrical characteristics, and detailed switching performance under various temperatures and gate‑resistor conditions. Graphs illustrate collector current versus switching frequency, power dissipation versus case temperature, and typical switching energy losses.

What's inside

  • Maximum Ratings
  • Thermal Resistance
  • Static Characteristic
  • Dynamic Characteristic
  • Switching Characteristic (25 °C)
  • Switching Characteristic (175 °C)
  • Typical Switching Times
  • Typical Switching Energy Losses
  • Gate Charge and Capacitance
  • Short‑Circuit Withstand Time

Specifications

Collector‑emitter voltage (VCE)600 V
Maximum collector current (Ic) at 100 °C30 A
Gate‑emitter voltage (VGE)+20 V
Power dissipation at 25 °C187 W
Thermal resistance, junction‑case (Rjc)0.80 K/W

Frequently asked questions

What is the maximum collector‑emitter voltage of the IKW30N60T?

The device can withstand up to 600 V between collector and emitter.

How much power can the IKW30N60T dissipate at 25 °C?

It can dissipate up to 187 W at a case temperature of 25 °C.

What is the thermal resistance from junction to case?

The junction‑to‑case thermal resistance is 0.80 K/W.

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