FAN6961DY

PFC (Power Factor Correction) onsemi FAN6961DY Overview

The PFC (Power Factor Correction) controller IC FAN6961DY, manufactured by onsemi, is a highly efficient solution designed for power factor correction applications. With its advanced features and reliable performance, this integrated circuit offers unparalleled performance in improving power factor and maximizing energy efficiency in various electronic systems.

Featuring a dynamic current mode (DCM) control scheme operating at a frequency of 60kHz, the FAN6961DY ensures precise regulation of power factor correction, resulting in minimized input current distortion and compliance with industry power quality standards. Its compact 8DIP package facilitates easy integration into space-constrained designs, making it an ideal choice for a wide range of power factor correction applications.

FAN6961DY Features

• Dynamic Current Mode (DCM) Control Scheme
• Operational Frequency: 60kHz
• High Efficiency and Reliability
• Compact 8DIP Package
• Precise Regulation of Power Factor Correction
• Compliance with Industry Standards

FAN6961DY Applications

• LED Lighting Systems: The FAN6961DY is widely used in LED lighting applications to improve power factor and energy efficiency. By precisely regulating power factor correction, it ensures stable and reliable operation of LED lighting systems, reducing energy consumption and enhancing overall performance.
• Switched-Mode Power Supplies (SMPS): In SMPS designs, the FAN6961DY plays a crucial role in optimizing power factor correction. Its dynamic current mode control scheme and high operational frequency enable efficient power factor correction, resulting in enhanced performance and reliability of SMPS units.
• Motor Drives: For motor drive applications, the FAN6961DY offers superior power factor correction capabilities, ensuring smooth and efficient operation of motor drive systems. By minimizing input current distortion, it helps improve system efficiency and performance, making it suitable for various motor control applications.