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BQ25910

AKTIV

I2C-1-Zellen-6 A-Drei-Stufen-Abwärts-Batterieladegerät für parallele Ladeanwendungen

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Datenblatt

BQ25910

AKTIV
Datenblatt Jetzt bestellen

Produktdetails

Rating Catalog Number of series cells 1 Cell chemistry Li-Ion/Li-Polymer, Lithium Phosphate/LiFePO4 Charge current (max) (A) 6 Features IC thermal regulation, IINDPM (Input current limit), Input OVP, VINDPM (Input voltage threshold to maximize adaptor power) Vin (min) (V) 3.9 Vin (max) (V) 14 Absolute max Vin (max) (V) 20 Control topology Switch-Mode Buck Battery charge voltage (min) (V) 3.5 Battery charge voltage (max) (V) 4.775 Control interface I2C Operating temperature range (°C) -40 to 85
Rating Catalog Number of series cells 1 Cell chemistry Li-Ion/Li-Polymer, Lithium Phosphate/LiFePO4 Charge current (max) (A) 6 Features IC thermal regulation, IINDPM (Input current limit), Input OVP, VINDPM (Input voltage threshold to maximize adaptor power) Vin (min) (V) 3.9 Vin (max) (V) 14 Absolute max Vin (max) (V) 20 Control topology Switch-Mode Buck Battery charge voltage (min) (V) 3.5 Battery charge voltage (max) (V) 4.775 Control interface I2C Operating temperature range (°C) -40 to 85
DSBGA (YFF) 36 1.4000000000000001 mm² 1 x 1.4000000000000001
  • Parallel charger operation provides fast charging in dual charger configuration
  • High efficiency 750-kHz switch mode three-level buck parallel charger
    • Reduced ripple to support low profile inductor
    • 95.4% Charge efficiency at 1.5 A from 5-V input
    • 93.3% Charge efficiency at 3 A from 9-V input
    • Superior efficiency compared to traditional buck converter in compact form factor
  • Single Input to support USB input and adjustable high voltage adapters
    • Support 3.9-V to 14-V input voltage range with 20-V absolute maximum input voltage rating
    • Input current limit (500 mA to 3.6 A with 100-mA resolution) to support USB2.0 and USB 3.0 standard and high voltage adaptors
    • Maximum power tracking by input voltage limit (VINDPM) up to 14 V
  • Flexible I2C mode for optimal system performance
  • High integration includes all MOSFETs, current sensing and loop compensation
    • Lossless charge current sensing without sense resistor
  • < 10-µA Low battery leakage current during stand-by mode
  • High accuracy
    • ±0.4% Charge voltage regulation
    • ±10% Charge current regulation
    • ±7.5% Input current regulation
    • Remote differential battery sensing
  • Safety
    • Thermal regulation and thermal shutdown
    • Input UVLO and overvoltage protection
    • Battery OVP
    • Input dynamic power management (DPM)
    • Charging safety timer
    • Flying capacitor short circuit protection
    • Output voltage short circuit protection
  • Available in 36-ball WCSP package
  • Parallel charger operation provides fast charging in dual charger configuration
  • High efficiency 750-kHz switch mode three-level buck parallel charger
    • Reduced ripple to support low profile inductor
    • 95.4% Charge efficiency at 1.5 A from 5-V input
    • 93.3% Charge efficiency at 3 A from 9-V input
    • Superior efficiency compared to traditional buck converter in compact form factor
  • Single Input to support USB input and adjustable high voltage adapters
    • Support 3.9-V to 14-V input voltage range with 20-V absolute maximum input voltage rating
    • Input current limit (500 mA to 3.6 A with 100-mA resolution) to support USB2.0 and USB 3.0 standard and high voltage adaptors
    • Maximum power tracking by input voltage limit (VINDPM) up to 14 V
  • Flexible I2C mode for optimal system performance
  • High integration includes all MOSFETs, current sensing and loop compensation
    • Lossless charge current sensing without sense resistor
  • < 10-µA Low battery leakage current during stand-by mode
  • High accuracy
    • ±0.4% Charge voltage regulation
    • ±10% Charge current regulation
    • ±7.5% Input current regulation
    • Remote differential battery sensing
  • Safety
    • Thermal regulation and thermal shutdown
    • Input UVLO and overvoltage protection
    • Battery OVP
    • Input dynamic power management (DPM)
    • Charging safety timer
    • Flying capacitor short circuit protection
    • Output voltage short circuit protection
  • Available in 36-ball WCSP package

The BQ25910 is an integrated three-level switch-mode parallel battery charge management device for single cell Li-ion and Li-polymer batteries. Utilization of the three-level converter maintains highest switch-mode operation efficiency while reducing solution footprint and increasing power density. The device supports fast charging with high input voltage for a wide range of portable devices. The solution integrates reverse-blocking FET (QBLK), and four switching FETs (QHSA, QHSB, QLSB, QLSA). The I2C serial interface with charging and system settings makes the device a truly flexible solution.

The BQ25910 is an integrated three-level switch-mode parallel battery charge management device for single cell Li-ion and Li-polymer batteries. Utilization of the three-level converter maintains highest switch-mode operation efficiency while reducing solution footprint and increasing power density. The device supports fast charging with high input voltage for a wide range of portable devices. The solution integrates reverse-blocking FET (QBLK), and four switching FETs (QHSA, QHSB, QLSB, QLSA). The I2C serial interface with charging and system settings makes the device a truly flexible solution.
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Typ Titel Datum
* Data sheet BQ25910 I2C Controlled 6-A Three-Level Switch Mode, Single-Cell Parallel Battery Charger for Fast Charging datasheet (Rev. B) PDF | HTML 29 Jul 2019
Technical article How to increase charging current while shrinking overall solution size for portabl PDF | HTML 01 Mär 2018
Analog Design Journal Faster, cooler charging with dual chargers 30 Okt 2015

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BQ25910EVM-854 — bq25910 Evaluierungsmodul für dreistufiges Einzelzellen-Slave-Ladegerät

Der bq25910 ist ein integrierter dreistufiger Baustein für das Schaltmodus-Slave-Batterielademanagement-einzelliger Li-Ionen- und Li-Polymer-Batterien. Die Nutzung des dreistufigen Wandlers reduziert den Platzbedarf und das Volumen der Lösung bei gleichzeitig höchster Effizienz im (...)
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