Introduction to the Infineon Technologies FF400R33KF2C
The Infineon Technologies FF400R33KF2C is a high-performance power module designed for demanding applications that require efficient and reliable power conversion and management. This module is part of Infineon's broad portfolio of power semiconductor solutions, renowned for their quality, durability, and performance. With a collector-emitter voltage of 3300 V and the ability to handle continuous DC collector currents up to 400 A at 80°C (or up to 660 A at 25°C), this module is engineered to deliver exceptional performance for a wide range of applications, including industrial drives, renewable energy systems, and electric vehicle charging systems.
FF400R33KF2C Front and Back
Key Features
High Collector-Emitter Voltage: 3300 V, suitable for high voltage applications.
High Continuous DC Collector Current: Up to 400 A at 80°C, allowing for robust power management.
Repetitive Peak Collector Current: Up to 800 A, providing ample headroom for peak demands.
Total Power Dissipation: 4.80 kW at 25°C, ensuring efficient power handling capabilities.
Low Collector-Emitter Saturation Voltage: Ranging from 3.40 V to 5.00 V, enhancing overall efficiency.
Gate-Emitter Peak Voltage: +/-20 V, allowing for precise control over the module's operation.
Technical Specifications and Performance
Gate Threshold Voltage: Between 4.2 V and 6.0 V, ensuring reliable switching performance.
Gate Charge: 8.00 µC, indicative of the module's responsiveness.
Internal Gate Resistance: 1.3 Ω, optimizing the module's switching performance.
Input and Reverse Transfer Capacitances: 50.0 nF and 2.70 nF respectively, reflecting the module's high-speed switching capabilities.
Collector-Emitter Cut-Off Current: 5.0 mA, demonstrating the module's low leakage characteristics.
Gate-Emitter Leakage Current: 400 nA, further emphasizing the module's efficiency and reliability.
Thermal Resistance, Junction to Case: 26.0 K/kW, ensuring effective heat dissipation.
Advanced Switching Characteristics
Turn-On and Turn-Off Delay Times: 0.28 µs and 1.55 µs respectively, enabling fast switching.
Rise and Fall Times: As low as 0.18 µs, facilitating rapid response to control inputs.
Turn-On and Turn-Off Energy Losses: 470 mJ and 430 mJ respectively, minimizing energy waste during switching.
Short Circuit Behavior: Capable of handling up to 2000 A for brief periods, providing robust protection against overloads.
Applications and Integration
The FF400R33KF2C module from Infineon Technologies is highly suitable for a range of high-power applications where efficiency, reliability, and high performance are critical. Its capability to handle high voltages and currents, along with its efficient thermal management and advanced switching characteristics, make it an excellent choice for industrial motor drives, renewable energy converters, and electric vehicle fast charging infrastructure. The module's compact design and robust performance parameters allow designers to achieve high levels of power density and efficiency in their applications, paving the way for innovative solutions in power electronics.
Infineon is the manufacturer of the FF400R33KF2C, which is available in stock at Nantian. The reference price for FF400R33KF2C can be found by referring to Infineon or Nantian's listings. For detailed parameters and understanding its functionality, you can refer to the FF400R33KF2C datasheet PDF and pin diagram description that are available for download.
Original FF400R33KF2C in Stock
The FF400R33KF2C has a wide range of applications as outlined in DSP Datasheet PDF. To further understand how it works, you can find usage methods along with circuit diagrams within these resources. For comprehensive electronics tutorials on using this component, these documents should prove highly beneficial.
All relevant information including datasheets, pin diagrams, circuit diagrams and tutorials related to FF400R33KF2C could be downloaded from Nantian's platform.
