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Infineon Technologies FZ1200R33HE3

Hersteller Artikelnummer : FZ1200R33HE3
Hersteller : Infineon Technologies
Beschreibung : IHV-B 3300 V, 1200 A 190 mm single switch IGBT Module
Bleifrei-Status/RoHS-Status : Lead free / RoHS Compliant
Datasheet : FZ1200R33HE3.PDF FZ1200R33HE3 PDF
EDA / CAD Models : FZ1200R33HE3 by SnapEDA
483 484 890882 /datasheets/Modules/Infineon-Technologies-FZ1200R33HE3-890882.pdf infineon-technologies/fz1200r33he3 890882

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Technical Parameters of FZ1200R33HE3

Product AttributeAttribute Value
Manufacturer:Infineon
Product Category:IGBT Modules
Product:IGBT Silicon Modules
Configuration:Single
Collector- Emitter Voltage VCEO Max:3.3 kV
Collector-Emitter Saturation Voltage:2.7 V
Continuous Collector Current at 25 C:1.2 kA
Gate-Emitter Leakage Current:400 nA
Pd - Power Dissipation:1.8 MW
Minimum Operating Temperature:- 40 C
Maximum Operating Temperature:+ 150 C
Packaging:Tray
Brand:Infineon Technologies
Product Type:IGBT Modules

Produktdetails

Introduction to the FZ1200R33HE3 IGBT Module

The FZ1200R33HE3 is a high-performance IGBT (Insulated Gate Bipolar Transistor) module manufactured by Infineon Technologies, a leading provider of power semiconductor solutions. This single-configuration IGBT module is designed for demanding power electronics applications that require efficient and reliable power switching capabilities.

FZ1200R33HE3 Pinout

FZ1200R33HE3 Pinout

As a professional Infineon distributor, Nantian Electronic has a large number of FZ1200R33HE3 in stock. We also provide FZ1200R33HE3 parameters, FZ1200R33HE3 Datasheet PDF and pin diagram instructions for download.

Key Specifications

The FZ1200R33HE3 boasts impressive specifications that make it suitable for a wide range of applications. With a maximum collector-emitter voltage (VCEO) of 3.3 kV, this module can handle high-voltage requirements with ease. The collector-emitter saturation voltage is rated at 2.7 V, ensuring efficient power conversion and minimal power losses during operation.

One of the standout features of the FZ1200R33HE3 is its continuous collector current rating of 1.2 kA at 25°C. This high current capability allows the module to handle substantial power loads, making it ideal for power-intensive applications such as renewable energy systems, industrial drives, and traction inverters.

Thermal Characteristics and Power Dissipation

Effective thermal management is crucial for the reliable operation of IGBT modules. The FZ1200R33HE3 has a maximum power dissipation (Pd) of 1.8 MW, indicating its ability to handle significant heat generation. The module is designed to operate within a wide temperature range, with a minimum operating temperature of -40°C and a maximum operating temperature of +150°C. This extended temperature range allows for deployment in diverse environmental conditions.

Gate-Emitter Characteristics

The gate-emitter interface is a critical aspect of IGBT module performance. The FZ1200R33HE3 exhibits a low gate-emitter leakage current of 400 nA, ensuring stable and reliable gate control. This low leakage current helps to minimize unwanted power losses and improves the overall efficiency of the power switching process.

Packaging and Handling

Infineon Technologies packages the FZ1200R33HE3 in a tray format, which provides convenient handling and storage. The tray packaging ensures the modules are protected during transportation and facilitates easy integration into power electronic assemblies. Proper handling precautions should be followed to avoid damage to the module during installation and use.

Physical picture of the bottom of FZ1200R33HE3

Physical picture of the bottom of FZ1200R33HE3

Applications

The FZ1200R33HE3 IGBT module finds applications in various power electronics domains, including:

  • Renewable energy systems, such as solar inverters and wind power converters

  • Industrial drives and motor control systems

  • Traction inverters for electric and hybrid vehicles

  • High-voltage DC transmission systems

  • Power quality and grid support applications

The module's high voltage and current ratings, combined with its efficient switching characteristics, make it a suitable choice for demanding power conversion tasks in these application areas.

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