MP2663

Active

5.2V System, 500mA, I2C-Controlled Battery Charger with Power Path Management for Single-Cell Li-ion Battery



Learn about our Evaluation Kit
Talk to an Engineer or get a Quote

Product Description

The MP2663 is a highly integrated, single-cell Li-ion/Li-polymer battery charger with system power path management for space-limited, portable applications. The MP2663 uses input power from either an AC adapter or a USB port to supply the system load and charge the battery independently. The charger features pre-charge, constant current (CC) and constant voltage (CV) regulation, charge termination, and charge status.

The power path management function ensures continuous power to the system by automatically selecting the input, the battery, or both to power the system. This power stage features a low dropout regulator from the input to the system and a 100mΩ switch from the battery to the system. Power path management separates the charging current from the system load, which allows for proper charge termination and keeps the battery in full-charge mode.

The MP2663 provides system short-circuit protection (SCP) by limiting the current from the input to the system and the battery to the system. This feature is especially critical for preventing the Li-ion battery from being damaged by excessively high current. An on-chip battery under-voltage lockout (UVLO) cuts off the path between the battery and the system if the battery voltage drops below the programmable battery UVLO threshold, which prevents the Li-ion battery from being over-discharged. An integrated I2C control interface allows the MP2663 to program the charging parameters, such as input current limit, input voltage regulation limit, charging current, battery regulation voltage, safety timer, and battery UVLO.

The MP2663 is available in a 9-pin 1.55mmx1.55mm WLCSP package. 

Product Features

  • Fully Autonomous Charger for Single-Cell Li‑Ion/Li-Polymer Batteries
  • Complete Power Path Management for Simultaneously Powering the System and Charging theBattery
  • ±0.5% Charging Voltage Accuracy
  • 13V Maximum Voltage for the Input Source
  • I2C Interface for Setting Charging Parameters and Status Reporting
  • Fully Integrated Power Switches and No External Blocking Diode Required
  • Built-In Robust Charging Protection Including Battery Temperature Monitoring and Programmable Timer
  • PCB Over-Temperature Protection (OTP)
  • Shipping Mode via Manual Function
  • Built-In Battery Disconnection Function
  • Thermal Limiting Regulation On-Chip
  • Available in a WLCSP-9 (1.55mmx1.55mm) Package

Parametrics

  • Icharge (max) (A)0.5
  • Vbatt (max) (V)4.545
  • Operating Vin (max) (V)5.85
  • Absolute Vin (max) (V)13
  • Vbatt (min) (V)3.6
  • NTC MonitoringYes
  • Operating Vin (min) (V)3.8
  • Cells1
  • GradeCatalog
  • TopologyLinear
  • Control InterfaceI2C
  • TimerYes
  • Power PathYes
  • USB ModeYes
  • PackageWLCSP-9 (1.55x1.55)

5.2V System, 500mA, I2C-Controlled Battery Charger with Power Path Management for Single-Cell Li-ion Battery

The MP2663 is a highly integrated, single-cell Li-ion/Li-polymer battery charger with system power path management for space-limited, portable applications. The MP2663 uses input power from either an AC adapter or a USB port to supply the system load and charge the battery independently. The charger features pre-charge, constant current (CC) and constant voltage (CV) regulation, charge termination, and charge status.

The power path management function ensures continuous power to the system by automatically selecting the input, the battery, or both to power the system. This power stage features a low dropout regulator from the input to the system and a 100mΩ switch from the battery to the system. Power path management separates the charging current from the system load, which allows for proper charge termination and keeps the battery in full-charge mode.

The MP2663 provides system short-circuit protection (SCP) by limiting the current from the input to the system and the battery to the system. This feature is especially critical for preventing the Li-ion battery from being damaged by excessively high current. An on-chip battery under-voltage lockout (UVLO) cuts off the path between the battery and the system if the battery voltage drops below the programmable battery UVLO threshold, which prevents the Li-ion battery from being over-discharged. An integrated I2C control interface allows the MP2663 to program the charging parameters, such as input current limit, input voltage regulation limit, charging current, battery regulation voltage, safety timer, and battery UVLO.

The MP2663 is available in a 9-pin 1.55mmx1.55mm WLCSP package.

$75.00 + tax



5.2V System, 500mA, I2C-Controlled Battery Charger with Power Path Management for Single-Cell Li-ion Battery

The MP2663 is a highly integrated, single-cell Li-ion/Li-polymer battery charger with system power path management for space-limited, portable applications. The MP2663 uses input power from either an AC adapter or a USB port to supply the system load and charge the battery independently. The charger features pre-charge, constant current (CC) and constant voltage (CV) regulation, charge termination, and charge status.

The power path management function ensures continuous power to the system by automatically selecting the input, the battery, or both to power the system. This power stage features a low dropout regulator from the input to the system and a 100mΩ switch from the battery to the system. Power path management separates the charging current from the system load, which allows for proper charge termination and keeps the battery in full-charge mode.

The MP2663 provides system short-circuit protection (SCP) by limiting the current from the input to the system and the battery to the system. This feature is especially critical for preventing the Li-ion battery from being damaged by excessively high current. An on-chip battery under-voltage lockout (UVLO) cuts off the path between the battery and the system if the battery voltage drops below the programmable battery UVLO threshold, which prevents the Li-ion battery from being over-discharged. An integrated I2C control interface allows the MP2663 to program the charging parameters, such as input current limit, input voltage regulation limit, charging current, battery regulation voltage, safety timer, and battery UVLO.

The MP2663 is available in a 9-pin 1.55mmx1.55mm WLCSP package.

$49.00 + tax



Configure multiple charging parameters for the MP2663

By using this I2C GUI, you can configure multiple charging parameters for the MP2663.

System Requirements:

  • Operating System of Windows XP, 7 or later
  • Net Framework 4.0
  • PC with a minimum of one available USB port
  • At least 22.2 MB of free space



Communication Interface Device USB to I2C/PMBus, included with product evaluation kit or can be purchased separately. 

The EVKT-USBI2C-02 is included with product evaluation kits, or it can be purchased separately. EVKT-USBI2C-02 provides the communication interface for USB to I2C or USB to PMBus. It is designed to work with MPS I2C and PMBus products, and Virtual Bench Pro, and I2C GUI tools. USB driver will install automatically or download directly.

The EVKT-USBI2C-02 kit includes:

  • 1 USB to I2C communication device interface
  • 1 USB cable
  • 1 10-pin ribbon cable
  • 1 3-pin ribbon cable
  • Datasheet and driver files

$25.00 + tax


Quality Policy, Certificates & Reliability Reports
All MPS parts are lead-free, halogen-free and adhere to the RoHS directive. See Environmental section for details.