Infineon IGBT

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Infineon IGBT Specification

Features
High efficiency, Low loss, Fast switching, Compact design

Frequency
50/60 Hz

Usage & Applications
Used in industrial automation, induction heating, UPS, EV inverters

Output
Power Output

Mounting Type
Chassis Mount

Pole Type
Single Pole

Installation Type
Panel Mount

Display
No Display

Connectivity Type
Screw Terminal

IP Rating
IP20

Current
75A

Protection Level
Built-in protection circuit

Switch Type
IGBT Type Switch

Phase
Three Phase

Product Type
Infineon IGBT Module

Operating Temperature
-40C to 150C

Working Temperature
Up to 150C

Input
DC/AC

Application
Industrial Motor Drives, Power Inverters, Renewable Energy Systems

Supply Voltage
1200V

Accuracy
High switching accuracy

Dimension (L*W*H)
61 mm x 51 mm x 15 mm

Weight
320g

About Infineon IGBT

Experience elite performance with the acclaimed Infineon IGBT, Model FF75R12RT4. This best-seller leverages advanced Trench/Fieldstop technology in a half-bridge configuration to deliver an incomparable solution for high-demand industrial environments. With pivotal features like high efficiency, low loss, and rapid switching, it ensures smooth operation up to 400W and 75A within a compact EconoDUAL package. A built-in protection circuit, high isolation voltage of 2500V, and robust RoHS compliance set this IGBT module apartideal for applications in renewable energy, motor drives, and power inverters. Panel mounting and screw terminal connectivity provide easy installation for professionals seeking reliability and performance.

Versatile Applications and Elite Features

Infineons FF75R12RT4 IGBT is widely deployed across industrial automation, EV inverters, induction heating, and uninterrupted power supplies. Its pivotal capabilities include high accuracy, fast switching, and a low-loss design, making it invaluable in power inverters and renewable energy solutions. The compact, panel-mountable form factor suits diverse installations, offering elite reliability. The built-in protection ensures maximum security, while its three-phase, single pole design supports a wide array of advanced automation infrastructures.

Certifications, Export Markets, and Supply Information

Supplied with RoHS compliance, the Infineon IGBT carries international certifications expected of high-performance semiconductors. The module can be handed over via established FOB ports, facilitating timely export worldwide. Main export markets include Europe, Asia, and North America. Its list price reflects the value infused by high switching accuracy and integrated protection features, making it a premier supply choice for global traders and end-users alike.

FAQs of Infineon IGBT:

Q: How does the built-in protection circuit in the Infineon FF75R12RT4 enhance operational safety?

A: The integrated protection circuit safeguards the IGBT module against overloads and short circuits, ensuring optimal safety and prolonged equipment lifespan in demanding industrial applications.

Q: What are the primary usage areas for the Infineon IGBT model FF75R12RT4?

A: This module is primarily used in industrial motor drives, power inverters, renewable energy systems, industrial automation, UPS, induction heating, and electric vehicle inverters, owing to its high efficiency and robust design.

Q: Where can the Infineon FF75R12RT4 be installed and what connectivity options does it support?

A: The FF75R12RT4 is designed for chassis mounting and panel installations; it employs screw terminals, ensuring secure and straightforward connectivity in industrial environments.

Q: What certifications does the Infineon FF75R12RT4 possess, and why is RoHS compliance important?

A: It is RoHS-compliant, which validates the modules adherence to international safety and environmental standards by restricting hazardous substances, crucial for modern, responsible installations.

Q: What benefits do users gain from the modules high switching accuracy and compact design?

A: Users enjoy precise control over power delivery, reduced energy loss, and space-efficient installations, which together improve overall system performance and reliability.

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