TNY266GN

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A TNY266GN is an efficient, compact, single-stage, isolated offline flyback switching power supply with integrated power switch and control IC. It is used in a variety of off-line applications for Adaptor, LED driver and household appliances. This IC is a monolithic device that combines an AC-DC full bridge converter bridge rectifier and synchronous flyback DC/DC converter in one line-powered system.

The TNY266GN contains a 70V MOSFET, full-bridge rectifier, synchronous rectifier, and a low-side driver. It has a wide range of features such as input voltage range of 85-305V AC, output wattage of 25W, constant current output, adjustable PFC, output current limiting, soft start, over-temperature protection, overload protection, and overload power limiting. It also has a high efficiency at 95% and a low standby power of only 7mW.

The TNY266GN operates on input voltages of 85-305VAC, can provide an output of 25W, at 2.5A in constant current operation. The power factor correction (PFC) is adjustable and provides up to 0.90 typical value. It features excellent line and load regulation with a maximum line voltage variation of 1.0% and a maximum load variation of 2.0%. The TNY266GN also features output current limiting, soft start, and over temperature protection.

The TNY266GN utilizes a synchronous flyback topology to achieve a high efficiency of up to 95%. The synchronous flyback topology also provides a low standby power of 7mW which reduces consumer\'s bill of energy. It also includes primary side controller which provides input over-voltage protection, output over voltage protection, over temperature protection, overload protection, and active current limit.

The TNY266GN is suitable for a variety of off-line applications including LED lighting, computer monitors, and home appliances. The TNY266GN is a highly reliable, efficient, and cost-effective solution for AC/ DC power conversion and distribution. Its wide operating voltage range, high efficiency, and low power consumption make it the ideal choice for high power applications.

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