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IRF7201

IRF7201 Description

The IRF7201 is a high-performance N-channel MOSFET from Infineon Technologies, designed for applications requiring high efficiency and reliability. With a drain-to-source voltage (Vdss) of 30V and a continuous drain current (Id) of 7.3A at 25°C, this device is well-suited for a variety of power management and switching applications. The IRF7201 features a low on-resistance (Rds On) of 30mOhm at 7.3A and 10V, ensuring minimal power dissipation and high efficiency. The device is mounted on a surface mount package, making it ideal for compact designs.

IRF7201 Features

• N-channel MOSFET with 30V drain-to-source voltage (Vdss)
• Continuous drain current (Id) of 7.3A at 25°C
• Low on-resistance (Rds On) of 30mOhm at 7.3A and 10V
• Surface mount package for compact designs
• Gate charge (Qg) of 28nC at 10V for fast switching
• Input capacitance (Ciss) of 550pF at 25V for high-speed operation
• Vgs (Max) of ±20V for robust gate drive compatibility
• Moisture Sensitivity Level (MSL) of 1 for unlimited storage
• REACH Unaffected status for environmental compliance
• ECCN of EAR99 for export control classification

IRF7201 Applications

The IRF7201 is ideal for a wide range of applications, including:

1. Power management and switching in consumer electronics
2. Motor control and drives in industrial automation systems
3. Battery management and protection circuits in electric vehicles
4. Power conversion and regulation in renewable energy systems
5. Audio amplification and signal processing in professional audio equipment

Conclusion of IRF7201

The IRF7201 is a versatile and high-performance N-channel MOSFET from Infineon Technologies, offering excellent efficiency and reliability for a variety of power management and switching applications. Its unique features, such as low on-resistance, fast switching, and robust gate drive compatibility, make it a preferred choice over similar models in the market. With its wide range of applications, the IRF7201 is an ideal solution for engineers looking to optimize power efficiency and performance in their designs.