Infineon IGBT

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Infineon IGBT Specification

Current
75A

Protection Level
Insulated Package

Mounting Type
Panel Mount

Usage & Applications
Power electronics, Inverter circuits, Motor controls

Installation Type
Screw Mount

Frequency
50/60Hz

Switch Type
IGBT Switch

Phase
Three Phase

Display
No Display

Output
600V

Features
Low saturation voltage, fast switching speed, robust design

Connectivity Type
Screw Terminal

Product Type
Infineon IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
Up to 150C

Input
Gate Drive Voltage 15V (typical)

Application
Industrial motor drives, UPS, inverters, power supplies

Supply Voltage
600V

Dimension (L*W*H)
Approx. 108mm x 62mm x 30mm

Weight
Approx. 350g

About Infineon IGBT

Unlock peerless performance with the preeminent Infineon IGBT module, engineered for sublime industrial applications. Boasting a collector-emitter voltage of 600V and a robust 75A current, this NPT Field-stop IGBT delivers best-in-class reliability and insulated protection level. Experience competitive pricing and attractive discounts with RoHS compliance and a superb short-circuit withstand time of 10s. Designed for power electronics, UPS, and inverters, its low saturation voltage and fast switching speed ensure optimal efficiency. Secure the best price with our advanced, panel-mount solution for demanding environments.

Application Versatility: Industrial Excellence

The Infineon IGBT stands out for its broad application potential including industrial motor drives, UPS, inverter circuits, and high-power supplies. Its insulated, panel-mount design and screw terminal connectivity make it ideal for robust, high-demand environments. Whether for power electronics or three-phase motor control, this module delivers reliable performance across a wide operational temperature range, making it highly suitable for diverse industrial usage and application areas.

Shipping, Supply & Market Value Insights

This Infineon IGBT module is shipped from a major FOB port to ensure rapid, secure delivery and market value protection. With reliable supply ability, your order estimate can be quickly fulfilled for both large-scale and sample requirements. Our sample policy accommodates product trials, empowering you to assess peerless quality before full procurement. Select this top-tier component to maintain your competitive edge with timely shipments and transparent policies.

FAQs of Infineon IGBT:

Q: How can the Infineon IGBT module be installed in industrial systems?

A: The Infineon IGBT module features a screw mount for panel installation and a screw terminal connectivity type, making it straightforward to integrate into industrial motor drives, power supplies, and inverter circuits.

Q: What benefits does the NPT Field-stop technology of the IGBT provide?

A: NPT Field-stop technology enables lower saturation voltage, rapid switching speed, and robust design, optimizing energy efficiency and minimizing power loss in demanding applications.

Q: When should I use the Infineon IGBT for my power electronics projects?

A: Use this module when your application requires high voltage (up to 600V), substantial current handling (75A), and reliable performance across a wide temperature range, such as industrial motors, UPS, or inverter systems.

Q: Where do shipments for the Infineon IGBT originate, and what sample policies are offered?

A: Shipments are dispatched from major FOB ports, with sample policies available to allow you to test product compatibility and performance before committing to larger orders.

Q: What is the process for acquiring discounted pricing on bulk orders?

A: To obtain competitive pricing and possible discounts, contact our sales team directly with your estimated purchase volume. Well assess your requirements and provide the best price for bulk procurement.

Q: How does the isolation voltage and short circuit withstand time enhance operational safety?

A: With an isolation voltage of 2500V AC and a short circuit withstand time of 10s, this IGBT module maintains safety and reliability under fault conditions, protecting equipment from electrical hazards.

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