onsemi

NFAM3065L4B

The ON Semiconductor NFAM3065L4B is a high-performance, integrated power module designed for use in various power conversion applications. This module is specifically designed to provide high efficiency, high power density, and excellent thermal performance in a compact form factor.

Description:

The NFAM3065L4B is a full-bridge phase-shifted resonant converter (PSR) module that is capable of delivering up to 650V and 30A of output power. It features a high-frequency resonant converter topology that allows for high efficiency and low EMI operation. The module is housed in a compact, thermally efficient package that is designed for easy integration into a variety of power conversion applications.

Features:

• High efficiency: The NFAM3065L4B is designed to deliver high efficiency in a wide range of input and output voltage conditions.
• High power density: The module is housed in a compact package that allows for easy integration into a variety of power conversion applications.
• Low EMI operation: The high-frequency resonant converter topology allows for low EMI operation, reducing the need for external filtering components.
• Thermally efficient package: The module is housed in a thermally efficient package that allows for effective heat dissipation and improved reliability.
• Wide input voltage range: The module is designed to operate over a wide input voltage range, making it suitable for a variety of power conversion applications.

Applications:

The NFAM3065L4B is suitable for a variety of power conversion applications, including:

• Industrial and commercial power supplies
• Telecom power systems
• Renewable energy systems
• LED lighting systems
• Medical power supplies
• Automotive power systems

Overall, the ON Semiconductor NFAM3065L4B is a high-performance, integrated power module that is designed to deliver high efficiency, high power density, and excellent thermal performance in a compact form factor. Its wide input voltage range and low EMI operation make it suitable for a variety of power conversion applications.