MP2720A
MP2720A is Buck Charger manufactured by Monolithic Power Systems.
DESCRIPTION
The MP2720A is a highly integrated, 2.2A switch-mode battery management device for single-cell Li-ion or Li-polymer batteries. The narrow-voltage DC (NVDC) power management structure provides a low impedance power path that charging efficiency, reduces battery charging time, and extends battery life during discharging.
The device’s input source type identification algorithm supports USB battery charging specification 1.2 (BC1.2) and non-standard adapter detection.
The I2C interface offers plete operating control, including charging parameter configurations and status/interrupt monitoring.
The MP2720A supports a fully customizable JEITA profile with configurable temperature windows and actions.
The MP2720A is available in a QFN-22 (2.5mmx3.5mm) package.
FEATURES
- 2.2A Switching Charger with Narrow Voltage DC (NVDC) Power Path Management
- Supports USB BC1.2 and Non-Standard Adapters
- 26V Sustainable Input Voltage (VIN)
- Configurable 40m A to 2.2A Charge Current
(ICC) via I2C
- Configurable 100m A to 3.2A Input Current
Limit (IIN_LIM) via I2C
- Minimum VIN Loop for Maximum Adapter
Power Tracking
- prehensive Safety Features
: o Fully Customizable JEITA Profile o Additional Negative Temperature
Coefficient (NTC) Thermistor Input o Configurable Die Temperature
Regulation from 60°C to 120°C
2.2A, Single-Cell, I2C-Controlled Buck Charger with
15m A Termination Current o plete Charge and Pre-Charge Safety Timers o Watchdog Safety Timer o Lockable Registers for Charging
Parameters
- Configurable 750k Hz to 1.5MHz Switching
Frequency (f SW)
- Integrated 30mΩ Low-RDS(ON) Battery
MOSFET with Shipping and Reset Modes
- Ultra-Low 8.5μA Battery Discharge Current in Shipping Mode
- Down to 15m A Termination Current Settings for Wearable Applications
- I2C Port for Flexible System Parameter
Setting and Status Reporting
- Configurable Boost Converter for Source
Mode and USB On-The-Go (OTG): o Configurable Output Current Limit Loop
Up to 3A o Output Over-Current...