Infineon IGBT

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Infineon IGBT Specification

Switch Type
IGBT Switch

Protection Level
Standard module insulation

Connectivity Type
Screw Terminals

Features
Low saturation voltage, High switching speed, Rugged reliability

IP Rating
Not rated

Current
120A

Frequency
High switching frequency, up to 20kHz

Usage & Applications
Industrial motor control, AC inverters, Renewable energy systems, Welding equipment

Installation Type
Panel/Chassis Mount

Phase
Three Phase (commonly used in modules)

Mounting Type
Screw Mount

Output
Collector-Emitter Current

Product Type
IGBT (Insulated Gate Bipolar Transistor)

Operating Temperature
-40C to +150C

Working Temperature
Standard industry temperatures

Input
Gate drive, low voltage

Application
Motor drives, Inverters, UPS, Power supplies

Supply Voltage
Up to 1200V (V_CE)

Dimension (L*W*H)
137 mm x 55 mm x 20 mm (typical module)

Weight
550g (approx.)

Collector-Emitter Voltage (Vce)
1200V

RBSOA (Reverse Bias Safe Operating Area)
Yes

Maximum Gate-Emitter Voltage
20V

Storage Temperature
-40C to +125C

Technology
Trench/Field Stop IGBT

Short Circuit Withstand Time
10s

Gate Charge (Qg)
600nC (typ.)

Package
Standard IGBT module

Model Number
FF300R12KT3 or equivalent series

RoHS Compliant
Yes

Module Type
Power Module

Isolation Voltage
2500V RMS min (per module specs)

About Infineon IGBT

Capitalize on the exceptional performance of the Infineon IGBT Module, model FF300R12KT3 or equivalent series. This high demand, RoHS-compliant power module features a grand Collector-Emitter Voltage of 1200V, an impressive current rating of 120A, and splendiferous reliability with a short circuit withstand time of 10s. Designed for robust industrial applications, including motor drives, inverters, UPS, and renewable energy systems, it offers low saturation voltage, high switching frequency, and remarkable trench/field stop technology. Secure your module todayavailability is ending soon!

Exceptional Performance Across Critical Applications

The Infineon IGBT is engineered for robust usage in industrial motor controls, AC inverters, renewable energy systems, and welding equipment. Special features such as low saturation voltage, high switching speed, and rugged reliability set it apart from conventional modules. Installation is seamless using screw terminals on panel or chassis mounts. For optimal results, ensure the module is used within standard voltage, temperature, and current parameters, following precise gate drive requirements for maximum efficiency.

Sample Accessibility & Streamlined Logistics

Infineon IGBT sample modules are readily available to facilitate evaluation and pilot projects. Our efficient logistics ensure that goods are transported swiftly across the domestic market, maintaining short delivery times. The sample policy is structured for smooth transactions, allowing qualified partners to test product performance before bulk purchasing. With reliable supply networks and professional support, receiving your IGBT sample has never been easier or more convenient.

FAQs of Infineon IGBT:

Q: How can I properly install the Infineon IGBT module?

A: The module is designed for easy installation using screw terminal connections, allowing secure mounting on a panel or chassis. Follow all safety protocols and recommended torque specifications during the installation to ensure optimal performance.

Q: What applications are best suited for this IGBT module?

A: This IGBT module excels in industrial motor drives, AC inverters, UPS, renewable energy systems, and welding equipment, thanks to its high voltage and current ratings, robust reliability, and fast switching capabilities.

Q: When should I request a sample and what is the process?

A: Request a sample when planning new designs or validating the modules suitability for your application. Contact your authorized supplier or trader, and follow their outlined sample policy, which often requires basic application details for qualification.

Q: Where does delivery take place and how is goods transport managed?

A: Deliveries are managed efficiently through streamlined logistics, serving customers across the domestic market. Goods are securely transported to your specified location, leveraging trusted carriers for reliability and quick turnaround.

Q: What are the key benefits of using trench/field stop IGBT technology?

A: Trench/field stop technology provides lower conduction and switching losses, enabling higher efficiency, improved thermal stability, and the ability to handle high-frequency operations in demanding industrial environments.