Fairchild Announces The FSGM0565R, FPS Power Switch for Off-Line Power Supplies Up to 60 Watts

Fri, Feb 5th, 2010. In Display, Power, Semiconductor
Advertisement

The FSGM0565R achieves exceptional standby power consumption in a 66 kHz flyback converter: 120 mW at 265 VAC in with 25 mW of load. This is enabled by the SenseFET, a high-voltage startup circuit that turns off the startup resistor, and “soft burst” operation in standby, saving 30mW and preventing the converter from generating audible noise. Many protection features are built-in, all with auto-restart, to reduce component count in the power supply, providing designers with greater value and higher reliability. These include overload protection, over-voltage protection, abnormal over-current protection, internal thermal shutdown with hysteresis, output short protection and under-voltage lockout. The combination of low component count and high reliability makes this power switch attractive for many applications including LCD TVs and monitors-especially four-lamp LCD monitors. Other advanced features include a wide supply-voltage range (12 to 24 VDC), built-in 15 ms soft-start and enhanced lightning surge immunity. The FSGM0565R, available in a 6-lead TO-220F package, is part of the Fairchild Power Switch (FPS™) portfolio that offers design engineers many choices of integrated controllers and MOSFETs with complete circuit protection for power levels from a few Watts to a few hundred Watts…

FSGM0565R

FPS Power Switch for Off-Line Power Supplies
(Photo: Fairchildsemi)


Share this article!

    Related posts:

    1. Fairchild Semiconductor Announces FSFM300, Highly Integrated Green FPS Switch
    2. Fairchild Semiconductor Introduces the FSB Series of AC Regulators, the Next-Generation Green-Mode Fairchild Power Switch (FPS)
    3. Fairchild Semiconductor Develops the FSL1x6 Series of Green-Mode FPS Devices
    4. Fairchild Semiconductor Develops PWM Controllers to Improve Energy Savings at Light Load
    5. STMicroelectronics Introduces VIPer17 Off-line Switched Mode Converter with Constant-Current Operation
    Terms: