IKA06N60T

Infineon's TRENCHSTOP™ IGBT technology leads to significant improvement of static as well as dynamic performance of the device due to combination of trench top-cell and filed stop concept. Combination of IGBT with soft recovery Emitter Controlled Diode further minimizes the turn-on losses. The highest efficiency is reached due to the best compromise between switching and conduction losses.

ParametricIKA06N60T
Budgetary Price €€/1k0.6
Switching FrequencyTRENCHSTOP™ 2-20 kHz
PackageTO-220
VCE  max600.0V
IC (@ 100°)  max6.2A
IC (@ 25°)  max10.0A
ICpuls  max18.0A
VCE(sat)1.5V
Eon0.09mJ
Eoff0.11mJ
td(on)9.0ns
tr6.0ns
td(off)130.0ns
tf58.0ns
QGate42.0nC
IF  max10.2A
IFpuls  max18.0A
VF0.1V
Qrr500.0nC
Irrm5.3A
Sales Product NameIKA06N60T
OPNIKA06N60TXKSA1
Product Statusactive and preferred
Package NamePG-TO220-3
Completely lead freeyes
Halogen freeyes
RoHS compliantyes
Packing Size500
Packing TypeTUBE
Moisture LevelNA
Summary of Features:
  • Lowest V ce(sat) drop for lower conduction losses
  • Low switching losses
  • Easy parallel switching capability due to positive temperature coefficient in V ce(sat)
  • Very soft, fast recovery anti-parallel Emitter Controlled Diode
  • High ruggedness, temperature stable behavior
  • Low EMI emissions
  • Low gate charge
  • Very tight parameter distribution
Benefits:
  • Highest efficiency – low conduction and switching losses
  • Comprehensive portfolio in 600V and 1200V for flexibility of design
  • High device reliability
Target Applications:
  • UPS
  • Solar Inverters
  • Major Home Appliances
  • Welding
  • Air conditioning
  • Industrial Drives
  • Other hard switching applications
Data Sheet
TitleSizeDateVersion
IKA06N60T,EN464 KB02 Jun 201602_05
Application Notes
TitleSizeDateVersion
Description: IGBT (Insulated Gate Bipolar Transistor)EN625 KB19 Jun 2010
Application Note Discrete IGBT Datasheet ExplanationEN1.6 MB01 Oct 201501_00
The Reverse Behavior of the NPT-IGBT in its On-StateEN167 KB19 Jun 2010
Connecting IGBTs in Parallel (Fundamentals)EN97 KB19 Jun 2010
Recommendations for Screw Tightening Torque for IGBT Discrete DevicesEN983 KB29 Nov 2013
Additional Product Information
TitleSizeDateVersion
Nomenclature Guide IGBT Discretes and DiodesEN478 KB27 Apr 201601_00
Application Brochure
TitleSizeDateVersion
Solutions for construction, commercial and agricultural vehicles (CAV)EN6.7 MB30 Jul 2014
Application Brochure Major Home ApplianceEN4.4 MB24 May 201601_00
Efficient Solutions for Industrial Motor Control and DrivesEN2 MB01 Mar 201401_00
Product Selection Guide
TitleSizeDateVersion
NEW! Power Management Selection Guide 2016EN4.7 MB22 Feb 201600_00
Selection Guide IGBT DiscretesEN989 KB12 Apr 201600_00
Product Catalogue
TitleSizeDateVersion
Short Form Catalog - May 2016EN4.4 MB09 May 201601_00
Material Content SheetInfo
TitleSizeDateVersion
MCDS_2016-03-21_07-55-26_MA001071810_PG-TO220-3-111.pdfEN28 KB21 Mar 201602_00
PCB Design Data
TitleSizeDateVersion
PCB Footprints & Symbols - Discrete IGBT - Altium - v2.0EN926 KB20 Nov 201302_00
PCB Footprints & Symbols - Discrete IGBT - Cadence - v2.0EN603 KB20 Nov 201302_00
PCB Footprints & Symbols - Discrete IGBT - Eagle - v2.0EN117 KB20 Nov 201302_00
PCB Footprints & Symbols - Discrete IGBT - Mentor - v2.0EN776 KB21 Nov 201302_00
Package Data
TitleSizeDateVersion
PG-TO220-3-31 | IKA06N60TXKSA1EN397 KB11 Apr 201601_00
PCB Design Data
TitleSizeDateVersion
PCB Footprints & Symbols - Discrete IGBT - Altium - v2.0EN926 KB20 Nov 201302_00
PCB Footprints & Symbols - Discrete IGBT - Cadence - v2.0EN603 KB20 Nov 201302_00
PCB Footprints & Symbols - Discrete IGBT - Eagle - v2.0EN117 KB20 Nov 201302_00
PCB Footprints & Symbols - Discrete IGBT - Mentor - v2.0EN776 KB21 Nov 201302_00
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