STBC15LJTR集成電路（IC）的電池充電器規(guī)格書PDF中文資料

STBC15LJTR屬于集成電路（IC）的電池充電器。由意法半導(dǎo)體集團(tuán)制造生產(chǎn)的STBC15LJTR電池充電器電池充電器 PMIC（電源管理集成電路）是元器件級產(chǎn)品系列，用于在電子設(shè)備中實現(xiàn)電池充電控制和充電管理功能。這些器件主要根據(jù)電池化學(xué)及其設(shè)計用于的電池數(shù)量來分類，可提供電化學(xué)電池和超級電容器安全充電所必需的電流或電壓調(diào)節(jié)和監(jiān)視功能。

Features

? Charges thin film battery with CC-CV algorithm

? L version suitable for Li-Ion batteries

? Charging current up to 40 mA (selectable by dedicated pins)

? 250 nA battery leakage current

? Reverse current protection from battery to supply input

? Programmable floating voltage with 0.5 accuracy

? Battery overcurrent protection

? Battery over-discharge protection switch totally disconnects battery for cell

durability

? Shelf-mode supported, no battery mechanical switch needed

? Power-Good open-drain output

? Valid source open drain output

? Peak mode input to avoid over-discharge false triggering

? Available packages:

– QFN12 1.7 x 2.0 mm, thickness 0.55 mm max.

– Flip-chip12 1.1 x 1.4 mm, 300 μm pitch

Applications

? Fitness portable Internet of Things

? Energy harvesting application

? Smart cards

? Wireless sensor nodes

? Portable health care devices

? Fitness and wellness wearable devices

Description

The STBC15 is a linear charger thin film battery with a maximum charging current of

40 mA. The device uses a CC/CV algorithm to charge the battery. Thanks to the

ultra-low consumption architecture, the charger is suitable for low-capacity cells such

as thin film batteries and can use low energy sources such as energy harvesters. A 5

V input like a standard USB port can be used as a voltage source as well. A specific

version (-L) is available to charge Li-Ion cells.

The STBC15 integrates an over-discharge and overcurrent protection circuitry to

prevent the battery from being damaged under fault conditions. The floating voltage

value can be set to four different values by using dedicated selection inputs. A higher

set of floating voltages, suitable for Li-Ion batteries, is available in the -L version of

the product. A dedicated pin allows the device to be set in shelf-mode. In this

condition, the STBC15 consumes less than 10 nA, thus not discharging the battery

before the final device is activated by the end user. The ultra-low power architecture

allows the STBC15 to consume less than 250 nA when the input power source is

removed and less than 10 nA in over-discharge-mode.

The device is available in a (1.7 × 2.0 mm) 12-lead QFN package, 400 μm pitch, 0.55

mm max. thickness or in Flip-chip 1.1 x 1.4 mm 12 bumps 300 μm pitch.