Datasheet4U Logo Datasheet4U.com

AXP2101 - Single Cell NVDC PMU

This page provides the datasheet information for the AXP2101, a member of the AXP2101-X Single Cell NVDC PMU family.

Description

Li-polymer) applications that require multi-channel power conversion outputs.

Features

  • 3.9V.
  • 5.5V Input Operating Range and Support single Cell Battery.
  • Battery fuel gauge: E gauge 3.0.
  • Support TWSI(Two Wire Serial Interface) and RSB(Reduced Serial Bus).
  • 100mA-1A Linear charger, CV accuracy +/-0.5%.
  • Single input to support USB input.
  • High battery discharge efficiency with 50 mOhm.
  • High integration includes all.

📥 Download Datasheet

Datasheet preview – AXP2101

Datasheet Details

Part number AXP2101
Manufacturer X-Powers
File Size 1.42 MB
Description Single Cell NVDC PMU
Datasheet download datasheet AXP2101 Datasheet
Additional preview pages of the AXP2101 datasheet.

📁 Similar Datasheet

  • AXP182 - Single Cell Li-Battery and Power System Management IC (KrossPower)
  • AXP188 - Single Cell Li-Battery and Power System Management IC (KrossPower)
  • AXP193 - Enhanced single Cell Li-Battery and Power System Management IC (KrossPower)
  • AXPM65611 - 200mA Triple DC-DC Converter (EnChip)
Other Datasheets by X-Powers

Full PDF Text Transcription

Click to expand full text
AXP2101 Jun,24,2019 AXP2101 Single Cell NVDC PMU with E-gauge 1. Features  3.9V–5.5V Input Operating Range and Support single Cell Battery  Battery fuel gauge: E gauge 3.0  Support TWSI(Two Wire Serial Interface) and RSB(Reduced Serial Bus)  100mA-1A Linear charger, CV accuracy +/-0.5%  Single input to support USB input  High battery discharge efficiency with 50 mOhm  High integration includes all MOSFETS, current sensing and loop compensation  Power off current <20uA（BATFET off，RTCLDO output on）  4 DCDC DCDC1:1.5~3.4V, IMAX=2A; DCDC2: 0.5~1.2V, 1.22~1.54V, IMAX=2A DCDC3: 0.5~1.2V, 1.22~1.54V, 1.6~3.4V, IMAX=2A DCDC4: 0.5~1.2V, 1.22~1.84V, IMAX=1.5A DCDC5: 1.2V, 1.4~3.7V, IMAX=1A.  11 LDOS RTCLDO1~2: 1.8V/2.5V/3V/3.
Published: |