Infineon IGBT

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Infineon IGBT Specification

Features
Low Saturation Voltage (Vce(sat)), Fast Switching, High Reliability

Output
DC Switching

Installation Type
Panel Mount

IP Rating
IP20

Mounting Type
Chassis Mount

Connectivity Type
Screw Terminals

Display
No Display

Protection Level
Short Circuit Protection

Usage & Applications
High Power Industrial Control

Frequency
Up to 20 kHz

Current
50A

Phase
Three Phase

Switch Type
Solid State

Pole Type
Single Pole

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
Up to 150C

Input
Gate Drive Voltage

Application
Motor Drives, UPS, Renewable Energy, Industrial Inverters, Welding

Supply Voltage
1200V Rated Collector-Emitter Voltage

Accuracy
High Efficiency Switching

Dimension (L*W*H)
Standard IGBT Module Housing

Weight
Approx. 300g

Maximum Power Dissipation
340W

RoHS Compliance
Yes

Model Number
FF50R12VT4

Thermal Resistance
0.35°C/W

Isolation Voltage
2500V (min.)

Collector Current (Ic)
50A

Package Type
Module

Collector-Emitter Voltage (Vce)
1200V

Gate Resistance Recommended
5 - 10 Ohm

Storage Temperature
-55°C to +150°C

Surge Current
100A

Gate Threshold Voltage (Vge(th))
6V

About Infineon IGBT

Grab the ultimate deal on the Infineon IGBT Model FF50R12VT4, designed to deliver elite performance in high-power industrial control. This dominant module features a lofty collectoremitter voltage of 1200V and a sturdy collector current rating of 50A, providing robust switching with high efficiency. With a low Vce(sat), fast switching times, and comprehensive short circuit protection, it stands out for reliability. RoHS compliant, with panel mount design and IP20 rating, this IGBT is your top choice for motor drives, renewable energy, UPS, and welding at a discount price.

Infineon IGBT: Industry-Leading Power and Efficiency

Experience the advantages of the Infineon FF50R12VT4 IGBT in critical commercial environments. Its superior design supports applications in motor drives, UPS systems, renewable energy setups, industrial inverters, and welding. Engineered for dominant thermal performance and elite operational reliability, this IGBT ensures high efficiency in heavy-duty electrical equipment, making it an essential component for businesses aiming for lofty performance in demanding scenarios.

Infineon IGBT Samples & Expert Transport Solutions

Infineon IGBT samples are readily available for evaluation, ensuring confidence before purchase. We offer flexible FOB port options to streamline shipment and drop-off, supporting a smooth procurement process. Our main domestic market enjoys fast and secure delivery via trusted transport services, and customers benefit from the convenience of direct shipment to your designated site. Your high-power industrial projects are supported with reliable logistics from start to finish.

FAQs of Infineon IGBT:

Q: How can I use the Infineon FF50R12VT4 IGBT in my commercial projects?

A: The module excels in applications such as motor drives, UPS systems, renewable energy, industrial inverters, and welding due to its high current and voltage ratings, fast switching, and robust protection features.

Q: What advantages does this IGBT module offer over standard alternatives?

A: It provides elite efficiency with low saturation voltage, fast reliable switching, high surge current capability, and advanced protection, making it suitable for ultimate performance in high-demand environments.

Q: Where can I receive shipment of Infineon IGBT samples?

A: Samples can be shipped via efficient transport services to your drop-off location, with flexible FOB port arrangements to cater to your regional requirements.

Q: What is the installation process for this IGBT module?

A: Installation involves panel mounting with screw terminals, suitable for chassis-mount setups. Ensure compliance with operational guidelines for optimal performance and safety.

Q: When should I consider using this IGBT in my design?

A: Choose the Infineon FF50R12VT4 for applications requiring high reliability, superior power dissipation, and stable performance up to 150C in industrial control and energy systems.