INN2603K集成電路（IC）的ACDC轉換器離線開關規(guī)格書PDF中文資料

Highly Integrated, Compact Footprint

? Incorporates flyback controller, 725 V / 900 V MOSFET, secondaryside

sensing and synchronous rectification driver

? FluxLink? integrated, HIPOT-isolated, feedback link

? Exceptional CV accuracy, independent of transformer design or

external components

? Excellent multi-output cross regulation with weighted SSR feedback

and synch FETs

EcoSmart? – Energy Efficient

? <10 mW no-load at 230 VAC when supplied by transformer bias

winding

? Easily meets all global energy efficiency regulations

Advanced Protection / Safety Features

? Primary sensed output OVP

? Secondary sensed output overshoot clamp

? Secondary sensed output OCP to zero output voltage

? Hysteretic thermal shutdown

? Input voltage monitor with accurate brown-in/brown-out and

overvoltage protection

Full Safety and Regulatory Compliance

? 100 production HIPOT compliance testing equivalent to

4.8 kV AC for 1 second

? Reinforced insulation

? Isolation voltage 3,500 VAC for INN26xx series, 4,000 VAC

for INN2904

? UL1577 and TUV (EN60950) safety approved

? EN61000-4-8 (100 A/m) and EN61000-4-9 (1000 A/m) compliant

Green Package

? Halogen free and RoHS compliant

Applications

? Appliance, industrial, utility meter, smart grid, solar inverters and

smart lighting

Description

The InnoSwitch?-EP family of ICs dramatically simplify the development

and manufacturing of low-voltage, high current power supplies,

particularly those in compact enclosures or with high efficiency requirements.

The InnoSwitch-EP architecture is revolutionary in that the

devices incorporate both primary and secondary controllers, with sense

elements and a safety-rated feedback mechanism into a single IC.

Close component proximity and innovative use of the integrated

communication link permit accurate control of a secondary-side

synchronous rectification MOSFET and optimization of primary-side

switching to maintain high efficiency across the entire load range.

Additionally, the minimal DC bias requirements of the link, enable the

system to achieve less than 10 mW no-load to maximize efficiency in

standby.