A6079M,Off-Line Converter with Integrated Power MOSFET,DIP-8,67kHz

The A6079M - DIP-8 is an off-line PWM controller with an integrated power MOSFET, part of the STR-A6000 series from Sanken Electric. Designed for switching power supplies, it supports flyback topology, offering high efficiency and reduced external component requirements. Operating at a switching frequency of 67kHz, this controller ensures low power consumption and minimal EMI, making it an ideal choice for AC/DC adapters, auxiliary power supplies, and industrial equipment.

The A6079M features advanced protections, including overcurrent, overload, overvoltage, and thermal shutdown, ensuring reliability and safety during operation. Additionally, its low no-load power consumption of less than 25mW helps meet stringent energy efficiency standards. This IC is well-suited for use in white goods, OA equipment, and low-power AC/DC adapters, where high efficiency and compact design are key requirements.

With its built-in brown-in/brown-out function and auto-standby mode, the A6079M offers enhanced energy savings by switching to burst oscillation mode during light-load conditions. Packaged in a DIP-8 form, it provides easy integration into traditional through-hole designs for applications requiring low-component count and high reliability.

• Integrated Power MOSFET: The A6079M combines a MOSFET and PWM controller for high-efficiency power conversion.
• Flyback Topology: Suitable for low-power applications, achieving superior performance with fewer external components.
• 67kHz Switching Frequency: Operates with a 67kHz frequency for optimized energy efficiency and reduced electromagnetic interference (EMI).
• Built-in Protection Features: Includes overcurrent, overload, overvoltage, and thermal shutdown protection for safe and reliable operation.
• Low Standby Power Consumption: Consumes less than 25mW in no-load conditions, supporting energy-saving designs.
• Compact DIP-8 Package: Ideal for space-constrained designs with easy integration into through-hole circuit designs.