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FM2113C

Battery Protection IC

The FM2113C is a battery protection ic from SHEN ZHEN FINE MADE ELECTRONICS GROUPCO., LTD.. View the full FM2113C datasheet below including key specifications, electrical characteristics, absolute maximum ratings.

FM2113C shares its datasheet with FM2113A, whose page lists every part number it covers.

Official FM2113C datasheet (PDF) — the source this page was extracted from.

Manufacturer

SHEN ZHEN FINE MADE ELECTRONICS GROUPCO., LTD.

Category

Battery Chargers

Package

SOT23-6

FM2113C Key Specifications

ParameterValue
0V Battery ChargeSupport
FeaturesOvercharge protection;Over-discharge protection;Overcurrent Protection;Short-Circuit Protection
Operating Temperature-40℃~+85℃ °C
Operating Voltage1.5V~8V
Quiescent Current3uA
The Chip TypeProtection IC
Type of BatteryLithium Battery

FM2113C Overview

Part: FM2113 — SHEN ZHEN FINE MADE ELECTRONICS GROUPCO., LTD.

Type: One Cell Lithium-ion/Polymer Battery Protection IC

Description: High precision protection IC for one-cell Li-ion or Li-polymer batteries, integrating over-charge, over-discharge, excess-current discharge, and battery short protection.

Operating Conditions:

  • Supply voltage: 1.5–8 V
  • Operating temperature: -40 to +85 °C
  • VDD-CS Operating input voltage: 1.5–20 V

Absolute Maximum Ratings:

  • Max supply voltage: VSS-0.3 to VSS+10 V (VDD)
  • Max junction/storage temperature: +125 °C (Storage)
  • Power dissipation: 250 mW

Key Specs:

  • Operating Current: 3.0 μA typ (VDD=3.9V)
  • Standby Current: 0.1 μA max (VDD=2.0V)
  • Overcharge Detection Voltage (FM2113B): 4.375 V typ
  • Overdischarge Detection Voltage: 2.800 V typ
  • Overdischarge Current Detection Voltage: 150 mV typ (VDD=3.6V)
  • Short protection voltage: 1.0 V typ (VDD=3.0V)
  • Overcharge Voltage Detection Delay Time: 100 ms typ
  • Short protection delay time: 300 μs typ

Features:

  • High precision protection voltage threshold (over-charge/over-discharge)
  • Delay Times are generated inside
  • Self recovery function of over discharge
  • High voltage withstand design for CS and OC terminals (absolute maximum rating is 20V)
  • Allow variable 0V battery charge
  • Small SOT23-6 Package

Applications:

  • rechargeable one-cell Li-ion battery pack
  • rechargeable one-cell Li-polymer battery pack

Package:

  • SOT23-6

FM2113C Features

  • High precision protection voltage threshold (over-charge/over-discharge)
  • Delay Times are generated inside
  • Self recovery function of over discharge
  • Operation Current Consumption : 3.0μA typ 3.0μA typ ( VDD=3.9V )
  • High voltage withstand design is adopted for the terminal connecting the charger (CS terminal and OC terminal, absolute maximum rating is 20V)
  • Allow variable 0V battery charge
  • Wide operating temperature range : -40 °C ~+85 °C
  • Small SOT23-6 Package

FM2113C Applications

  • rechargeable one-cell Li-ion battery pack
  • rechargeable one-cell Li-polymer battery pack

FM2113C Electrical Characteristics

Electrical parameters ( VSS=0V , TA=25 °C, unless otherwise specified, )

ItemItemSymbolConditionsMIN.TYP.MAX.Unit
input voltage
V DD -V SS Operating input voltageV DD -V SS Operating input voltageV DSOP1--1.5--8V
V DD -CS Operating input voltageV DD -CS Operating input voltageV DSOP2--1.5--20V
Current consumptionCurrent consumption
Operating CurrentOperating CurrentI DDV DD =3.9V--3.06.0μA
Standby CurrentStandby CurrentI ODV DD =2.0V----0.1μA
Detection voltage
Overcharge Detection VoltageFM2113A.V CU--4.3504.375V
Overcharge Detection VoltageFM2113B.V CU--4.3754.4004.425V
Overcharge Detection VoltageFM2113C.V CU--4.4254.4004.450V
Overcharge Detection VoltageFM2113D.V CU--4.3254.4004.350V
Overcharge Release VoltageOvercharge Release VoltageV CR--4.1504.2004.250V
Overdischarge Detection VoltageOverdischarge Detection VoltageV DL--2.7202.8002.880V
Overdischarge Release VoltageOverdischarge Release VoltageV DR--2.9203.0003.080V
Overdischarge Current Detection VoltageOverdischarge Current Detection VoltageV DIPV DD =3.6V120150180mV
Short protection voltageShort protection voltageV SIPV DD =3.0V0.71.01.3V
Output voltage of control terminalOutput voltage of control terminal
OD output high voltageOD output high voltageV DH--V DD -0.1V DD -0.02--V
OD output low voltageOD output low voltageV DL----0.10.5V
OC output high voltageOC output high voltageV CH--V DD -0.1V DD -0.02--V
OC output low voltageOC output low voltageV CL----0.10.5V
charging 0V batterycharging 0V battery
0V charge allow threshold0V charge allow thresholdV 0CHCharger Voltage1.2----V

3

SHEN ZHEN FINE MADE ELECTRONICS GROUPCO., LTD.

FM2113 ( file No.

: S&CIC1162)

FM2113C Absolute Maximum Ratings

( VSS=0V , TA=25 °C, unless otherwise specified )

项目符号规格单位
Operating input voltageV DDVSS-0.3~VSS+10V
OC input voltageV OCVDD-20~VDD+0.3V
OD input voltageV ODVSS-0.3~VSS+0.3V
CS input voltageV CSVDD-20~VDD+0.3V
Operating temperature rangeT OP-40~+85°C
Storage temperature rangeT ST-40~+125°C
Power dissipationP D250mW

One Cell Lithium-ion/Polymer Battery Protection IC

( VSS=0V , TA=25 °C, unless otherwise specified )

FM2113C Typical Application

SymbolDevice nameMIN.TYP.MAX.
R1resistance100 Ω100 Ω200 Ω
R2resistance1K Ω2K Ω2K Ω
C1capacitance0.01μF0.1μF1.0μF
M1N-MOSFET------
M2N-MOSFET------

Titl e

Size

Number

Revision

D

C

B

A

FM2113 ( file No. :

S&CIC1162)

One Cell Lithium-ion/Polymer Battery Protection IC

  • remarks : * 1 、 If the resistance of R1 is too large, the voltage drop will be produced on R1 due to the current consumption, which will affect the detection voltage accuracy. When the charger is reversely connected, the current flows from the charger to the IC. If R1 is too large, the voltage between vdd-vss terminals may exceed the absolute maximum rated value. *2 、 R2 is connected with too large resistance, which may lead to the situation that the charging current cannot be cut off when the high voltage charger is connected. However, in order to control the current when the charger is reverse connected, please select a larger resistance value as far as possible.
  • *3 、 C1 can stabilize VDD voltage,Do not connect capacitors below 0.01 μ F.
  • *4 、 When the threshold voltage of MOSFET is above the over discharge detection voltage, the discharge may be stopped before the over discharge protection.
  • *5 、 When the withstand voltage between gate and source is below the charger voltage, n-MOSFET may be damaged.

FM2113C Package Information

Variants on the same datasheet

These parts have exact links to the same datasheet. They are candidates to compare, not verified drop-in replacements; check package, pinout and electrical limits.

Part NumberManufacturerPackage
FM2113FMSOT-23-6
FM2113ASHEN ZHEN FINE MADE ELECTRONICS GROUPCO., LTD.SOT23-6
FM2113BSHEN ZHEN FINE MADE ELECTRONICS GROUPCO., LTD.SOT23-6
FM2113DSHEN ZHEN FINE MADE ELECTRONICS GROUPCO., LTD.SOT23-6

Other Battery Chargers

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  • NPM1300-QEAA-R7 – Nordic Semiconductor, Battery Charger Power Management IC
  • BQ24075 – Texas Instruments, Standalone 1-Cell 1.5-A Linear Battery Chargers with Power Path
  • BQ24075-Q1 – Texas Instruments, Standalone 1-Cell 1.5-A Linear Battery Chargers with Power Path
  • BQ24075RGTR – Texas Instruments, Standalone 1-Cell 1.5-A Linear Battery Chargers with Power Path
  • BQ24075RGTR.A – Texas Instruments, Standalone 1-Cell 1.5-A Linear Battery Chargers with Power Path
  • BQ24075RGTR.B – Texas Instruments, Standalone 1-Cell 1.5-A Linear Battery Chargers with Power Path
  • BQ24075RGTRG4 – Texas Instruments, Standalone 1-Cell 1.5-A Linear Battery Chargers with Power Path

All Battery Chargers datasheetsAll SHEN ZHEN FINE MADE ELECTRONICS GROUPCO. datasheets (4)

Data on this page is extracted from publicly available manufacturer datasheets using automated tools including AI. It may contain errors or omissions. Always verify specifications against the official manufacturer datasheet before making design or purchasing decisions. See our Terms of Service. Rights holders can submit a takedown request.

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