• Part: ETA6085
  • Description: 3A Switch Mode Battery Charger
  • Manufacturer: ETA
  • Size: 624.81 KB
Download ETA6085 Datasheet PDF
ETA
ETA6085
ETA6085 is 3A Switch Mode Battery Charger manufactured by ETA.
DESCRIPTION ETA6085 is a switching Li-Ion battery charger capable of delivering up to 3A of charging current to the battery and also capable of delivering up to 2.5A in boost OTG operation, with extremely high efficiency in both charging mode and OTG mode. For charging, it uses a proprietary control scheme that eliminates the current sense resistor for conventional constant current control, maximizing efficiency, reducing charging time and reducing costs. It can also output a 5V voltage in the reversed direction by boosting from the battery. It only needs a single inductor to provide power bi-directionally. ETA6085 is truly an ideal all-in-one solution for battery charging and discharge applications, such as power banks, smart phones, and tablets with only one USB port that can be used for both charging battery and USB OTG function. ETA6085 is suitable for charging a 4.2V Li-ion battery. ETA6085 is in QFN3x3-20 FC package. FEATURES - Bi-Directional Power conversion with Single Inductor - Switching Charger - 5V Synchronous Boost - Up to 95% Efficiency - Up to 3A Max charging current and 2.5A discharging - No-Battery detection - No External Sense resistor - NTC thermistor input APPLICATIONS - Tablet, MID - Smart Phone - Power Bank ORDERING INFORMATION PART PACKAGE ETA6085F3W QFN3x3-20 TOP MARK ETA6085 YWW2L TYPICAL APPLICATION .etasolution. Powering Minds of the Smart PIN CONFIGURATION ABSOLUTEMAXIMUM RATINGS (Note: Exceeding these limits may damage the device. Exposure to absolute maximum rating conditions for long periods may affect device reliability.) IN,OUT Voltage - 0.3V to 6V INGT Voltage - 0.3V to 20V All Other Pin Voltage VIN- 0.3V to VIN+0.3 SW,IN,OUT to ground current…...Internally limited Operating Temperature Range ….…- 40°C to 85°C Storage Temperature Range ……...- 55°C to 150°C Thermal Resistance θJA QFN3x3-20…………………………..……..3...