• Part: SC89890H
  • Description: Synchronous 5A Buck Charger
  • Manufacturer: SOUTHCHIP
  • Size: 915.31 KB
Download SC89890H Datasheet PDF
SOUTHCHIP
SC89890H
SC89890H is Synchronous 5A Buck Charger manufactured by SOUTHCHIP.
SOUTHCHIP SEMICONDUCTOR SC89890H DATASHEET High Efficiency, Synchronous 5A Buck Charger for 1 cell Li-ion Battery with NVDC Power Path Management 1 DESCRIPTION 2 Features The SC89890H is a 1.5MHz highly integrated switch-mode - Integrated Synchronous Buck Charger buck charger for 1 cell Li-ion battery applications and NVDC - Integrated NVDC Power Path Management system power path management, which separate the system - Charging Management (Trickle Charge / Constant load and charge current, also the system can power up with deep depletion battery. System can get the power from VBUS, Current Charge / Constant Voltage Charge / Charge VBAT or both. It supports 3.9-13.5V input voltage, up to 5A Termination) charging current and provide battery charge management - Integrated I2C interface functions including trickle charge, constant current charge, constant voltage charge, charge termination, auto recharge - I2C Programmable Constant Charge Current, ±5% and charging status indication. @1.5A-5A accuracy The SC89890H supports flexible charge current option, and the - I2C Programmable Constant Voltage,±0.5% accuracy user can program the current freely through external resistor - I2C Programmable Charge Safety Timer for different applications. With the charger management - Support OTG discharging function and I2C Programmable function, the IC can be used to charge 1 cell Li-ion battery. Output Voltage: 3.9V~5.4V with up 2.4A current The SC89890H supports USB OTG with up to 2.4A output with - Support Shipping mode, Low battery leakage current PFM/PWM mode. Meanwhile, the SC89890H supports USB Input and High Voltage fast charge Adapters, auto detect USB - Charge Status Indication BC1.2, SDP, CDP, DCP. - Integrated ADC for System Monitor The SC89890H supports input current and voltage limit, input - Resistance pensation (IRP) from Charger under voltage and over voltage protections, internal cycle by Output to Cell Terminal and ICO Support cycle...