Infineon, IGBT, Typ N Kanal, 75 A 600 V 20 kHz, 3 Ben, TO-247 Genomgående hål

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RS-artikelnummer:
911-4789
Tillv. art.nr:
IKW75N60TFKSA1
Tillverkare / varumärke:
Infineon
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Varumärke

Infineon

Produkttyp

IGBT

Maximal kontinuerlig kollektorström Ic

75A

Maximal kollektor-emitterspänning Vceo

600V

Maximal effektförlust Pd

428W

Kapseltyp

TO-247

Fästetyp

Genomgående hål

Kanaltyp

Typ N

Antal ben

3

Maximal spänning för gate-emitter VGEO

20 V

Maximal mättnadsspänning för kollektorns emitter VceSAT

2V

Minsta arbetsstemperatur

-40°C

Maximal arbetstemperatur

175°C

Standarder/godkännanden

RoHS, JEDEC, Pb-free lead plating

Serie

TrenchStop

Fordonsstandard

Nej

COO (ursprungsland):
GB

Infineon IGBT, 80A Maximum Continuous Collector Current, 600V Maximum Collector Emitter Voltage - IKW75N60TFKSA1


This IGBT is a high-performance semiconductor component designed for power electronics applications. With a maximum continuous collector current of 80A, it operates efficiently in high-voltage environments, rated for 600V. The device is packaged in a TO-247 format, ideal for through-hole mounting.

Features & Benefits


• Low collector-emitter saturation voltage enhances efficiency

• High switching speed reduces energy loss during operation

• Positive temperature coefficient ensures stable performance

• Compatible with a wide temperature range from -40°C to +175°C

Applications


• Suitable for use in frequency converters in industrial settings

• Ideal for uninterruptible power supply systems

• Utilised in motor control for automation

• Effective for renewable energy systems to ensure efficiency

What are the implications of short circuit withstand time for my application?


The short circuit withstand time of 5μs allows for reliable protection in applications that may encounter fault conditions, ensuring that the device can endure brief overcurrent situations without immediate failure.

How does the high switching speed impact system efficiency?


A high switching speed of 20kHz minimises energy losses during transitions, significantly improving overall system efficiency and performance, particularly in fast-response applications.

What are the thermal management considerations for optimal performance?


Thermal resistance values indicate effective heat dissipation from junction to case; managing junction temperatures within specified limits is crucial to maintain reliable operation and extend component lifespan.

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