Overview of IRFP3306PBF by Infineon Technologies AG
The IRFP3306PBF is a high-performance N-channel MOSFET designed for efficient power management and conversion. It operates with a drain-source voltage of up to 60V and supports continuous drain current up to 120A, with a pulsed drain current capability of 620A. The component sports an on-resistance of just 0.0042Ω at a test voltage of 20V, ensuring minimal power loss and higher efficiency in applications.
Manufactured by Infineon Technologies AG, the IRFP3306PBF features a TO-247AC package which is not only robust but also facilitates easier mounting and heat management with its through-hole setup. The FET is built with metal-oxide semiconductor technology and comes in a lead-free, plastic package which respects current environmental standards – being RoHS and REACH compliant.
Infineon’s specific design allows this transistor to handle high energy (184 mJ avalanche energy) and can operate up to a maximum temperature of 175°C. As it stands, the part is marked with an active lifecycle status, though it has a factory lead time of about 16 weeks and 3 days as of the current writing. Its design contains a single element with a built-in diode, making it ideal for switching applications where diode protection might be necessary.
Industry Applications for IRFP3306PBF
The Power Field-Effect Transistors such as the IRFP3306PBF are critical in various high-demand sectors due to their efficiency and power management properties. However, the specific applications are hypothetical and would need thorough validation by respective industry engineering and design teams to comply with unique standards and requirements.
- Consumer Electronics: This power MOSFET could potentially be used in the voltage regulation modules for high-performance computing devices or gaming consoles where efficient power management is crucial to prevent overheating while ensuring stable performance.
- Energy and Power Systems: With its high current and voltage handling capability, it could potentially be integrated into solar inverters or wind turbine converters, where efficient power conversion is required to maximize the energy harvested from renewable sources.
- Renewable Energy: Similar to energy and power systems, in other renewable energy applications such as electric vehicle charging stations, the IRFP3306PBF might be useful in managing the power transfer and enhancing the system’s overall efficiency and reliability.
It should be noted that these potential applications are conceptual and should be verified for standard compliance and practical viability by professional engineers specializing in the relevant fields.
About Infineon Technologies AG
Infineon Technologies AG is a prominent manufacturer known for its robust portfolio of semiconductor solutions including a wide range of transistors, among them the Power Field-Effect Transistors. Their products are designed to offer efficiency, reliability, and performance, which are critical for modern electronic applications. Infineon is dedicated to innovation in the field of high-power and energy-sensitive applications, making its components well-suited for a variety of demanding uses. The IRFP3306PBF is just one example of Infineon’s commitment to high-quality and environmentally conscious component manufacturing.
Where to Find IRFP3306PBF by Infineon Technologies AG
To source the IRFP3306PBF, potential buyers and engineers should utilize reliable procurement platforms such as findchips.com. This site not only provides current stock levels and pricing but also allows comparison across multiple distributors. Historically, this part has been stocked by distributors including EBV Elektronik, Mouser Electronics, DigiKey, and Newark, among others. However, checking findchips.com will yield the most up-to-date availability from these or other suppliers.
Additionally, for those looking for parts similar or alternative to the IRFP3306PBF, the platform provides access to a wide range of other Power Field-Effect Transistors which might better suit specific application requirements.