Active and preferred
RoHS Compliant

AIKYX200N75CP2

750 V, 200A EDT2 IGBT with anti-parallel diode in reflow-solderable package TO247PLUS 4-Pin

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AIKYX200N75CP2
AIKYX200N75CP2

Product details

  • Co-pack diode technology
    EMCON3
  • Eon
    7.6 mJ
  • IC (@ 25°) max
    250 A
  • IC (@ 100°) max
    200 A
  • ICpuls max
    600 A
  • IF max
    200 A
  • IFpuls max
    600 A
  • Irrm
    68.4 A
  • Launch year
    2024
  • Package
    TO-247PLUS-4
  • Currently planned availability until at least
    2033
  • Ptot max
    938 W
  • QGate
    1270 nC
  • Qrr
    6.1 nC
  • Reflow Solderable
    Yes
  • Switching Frequency
    7kHz - 15kHz
  • td(off)
    268 ns
  • td(on)
    79 ns
  • Technology
    EDT2
  • tf
    58 ns
  • tr
    44 ns
  • Type
    IGBT + Diode
  • VCE(sat)
    1.37 V
  • VCE max
    750 V
  • VF
    1.8 V
OPN
AIKYX200N75CP2ALSA1
Product Status active and preferred
Infineon Package
Package Name N/A
Packing Size 240
Packing Type TUBE
Moisture Level 2
Moisture Packing DRY
Lead-free No
Halogen Free Yes
RoHS Compliant Yes
Infineon stock last updated:

Product Status
Active
Infineon Package
Package Name -
Packing Size 240
Packing Type TUBE
Moisture Level 2
Moisture Packing DRY
Lead Free
Halogen Free
RoHS Compliant
The AIKYX200N75CP2 discrete IGBT in a 4-Pin TO247PLUS package with 750V EDT2 technology is ideal for automotive applications. It supports up to 470V battery voltages, safe fast switching and 30% reduced turn on energy loss compared to 3-pin devices. Its qualified reflow-solderable package enables innovative assembly solutions for up to 40% better thermal conductivity and highest power output on a system level.

Features

  • Best-in-class 750 V TO247PLUS
  • Suitable for 470 V VDC systems
  • Very low VCEsat
  • Short circuit robust tsc = 3 µs
  • Qualified Reflow device at 260°C
  • Self limiting short-circuit current
  • Very tight parameter distribution
  • Low gate charge QG
  • Wide Power pins 2 mm
  • Resistive weldable pins
  • High creepage distance
  • Product Validation acc. to AEC-Q101

Benefits

  • Benchmark quality & switching behavior
  • Ideal for automotive requirements
  • Excellent parallel operation
  • High reliability and operating lifetime
  • Low switching losses and cooling effort
  • Various power classes - same package
  • Power scalability and cost optimization
  • High power output by reflow-soldering
  • Low costs per Ampere on system level
  • Low EMI signature
  • Simple gate drive design
  • Higher efficiency with Kelvin emitter

Applications

Documents

Design resources

Developer community

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