International Rectifier

AUIRFS8409

AUIRFS8409 Description

The AUIRFS8409 is a high-performance MOSFET N-CH 40V 195A D2PAK from International Rectifier. It features a maximum drain-to-source voltage of 40V, continuous drain current of 195A at 25°C, and a maximum gate-source voltage of ±20V. The device is designed for surface mount applications and offers a power dissipation of up to 375W at case temperature. With its HEXFET® series technology, the AUIRFS8409 provides superior performance and reliability in various electronic systems.

AUIRFS8409 Features

• Maximum Input Capacitance (Ciss) of 14240 pF at 25V
• Maximum Gate Charge (Qg) of 450 nC at 10V
• Maximum Rds On of 1.2mOhm at 100A and 10V
• Maximum Vgs(th) of 3.9V at 250µA
• Drive Voltage of 10V for maximum Rds On and minimum Rds On
• Active product status and EAR99 ECCN classification
• Packaged in bulk for flexibility in manufacturing processes

AUIRFS8409 Applications

The AUIRFS8409 is ideal for a wide range of applications where high power and performance are required. Some specific use cases include:

1. Motor control and drive systems, where high current and voltage ratings are essential for efficient operation.
2. Power supply and converter designs, where the device's low Rds On and high power dissipation capabilities contribute to improved efficiency and thermal management.
3. Industrial automation and control systems, where reliability and performance are critical for maintaining productivity and safety.

Conclusion of AUIRFS8409

The AUIRFS8409 is a powerful and reliable MOSFET N-CH device from International Rectifier, offering superior performance and versatility for various high-power applications. Its unique features, such as low Rds On, high power dissipation, and HEXFET® technology, make it an excellent choice for motor control, power supply, and industrial automation systems. With its active product status and EAR99 classification, the AUIRFS8409 is a dependable solution for engineers and designers looking to enhance the performance and reliability of their electronic systems.