IP5407 is a multi-function power management soc with integrated boost converter, lithium battery charge management, and battery power indication, providing a complete power solution for mobile power. IP5407 has high integration and rich functions, so it only needs few peripheral devices in application，effectively reduce the size of the overall solution and reduce BOM cost. IP5407's synchronous boost system provides 2.1A / 2.4A output current, and the conversion efficiency is as high as 93%. At light load, it automatically turns off the LED power indicator and maintains the 5V voltage output to sleep, and the quiescent current drops below 150uA. IP5407 uses switch charging technology to provide 2.0a current at the input, with charging efficiency up to 91%.Built-in IC internal temperature and input voltage detection and intelligent adjustment of charging current. IP5407 supports 4, 2, 1 LED power display and lighting functions. IP5407 is available in ESOP8 package.

 Charge and discharge of synchronous switch  2.1A / 2.4A synchronous boost conversion, 2.0A synchronous switch charging  Boost efficiency up to 93%  Charging efficiency up to 91%  Built-in power supply path management, supporting charging and discharging at the same time  Double click to turn on the Output supports linear compensation of 60mV  charging  Automatically adjust the charging current to match the output capability of the adapter  Support 4.20V,4.35V batteries  Power display  Support 4/2/1 LED power display Supports 4 light models: IP5407 Support 2/1 light models: IP5407_2D1D  Multifunction  Built-in floodlight driver  Automatically detect phone insertion and removal  Integrated mobile phone charging current intelligent identification DCP  Support battery NTC temperature protection.  Low power consumption  Output fixed normally open 5V  Standby power consumption is less than 150uA  BOM are simple and few  Built-in power MOS, single inductor realizes charging and discharging  Multiple protections and high reliability  Output over-current, over-voltage, short-circuit protection  Input overvoltage, overcharge, overdischarge, overcurrent discharge protection  over-temperature protection

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