SGM41100V_技术文档

SGM41100V

True Monolithic Li-Ion/Polymer

Battery Protector in Tiny Thin Package

GENERAL DESCRIPTION

FEATURES

The SGM41100V is designed for primary protection of

Li-Ion/polymer rechargeable cells. The product integrates

all the protections required for safe operation of polymer

rechargeable cells. The device is packaged in a tiny and

thin package. Its small solution size leaves more space

for fitting the battery cell into a given cavity for small size

wearable devices.

● Ultra-Compact Protection Solution

● Pass Resistance: 42mΩ (TYP)

● Operation Current: 1.1μA (TYP)

● Factory Programmable OVP Threshold Options

4.20V to 4.575V with 0.025V per Step

● Charge/Discharge Over-Current Protection

3 Thresholds Combination Options

● Battery Under-Voltage Protection

2.6V/2.7V/2.8V/3.0V Options

The SGM41100V integrates all the protections and the

required low on-resistance disconnect switch on one

die. The protection features include charge and

discharge protection, detection and protection of a cell

in charge over-voltage, charge over-current, discharge

under-voltage and discharge over-current. Charge and

discharge are prohibited when the battery is lower than

the certain voltage and under-voltage. The product also

disconnects the battery pack in the case of deep

discharge.

● 50nA Deep Discharge Shutdown

● Input Surge Clamping

● Input Over-Voltage Safe

● Load Short-Circuit Safe

● Reverse Polarity Battery Safe

● Input Reversed-Attaching Safe

● Battery Pack Paralleling Safe

● Locked-Off for Delivery/Assembly

● Available in a Green UTDFN-1.5×2-6L Package

The SGM41100V operates in -40℃ to +85℃ temperature

range, and is in a thin and low profile UTDFN-1.5×2-6L

package. This package with a nominal height of 0.5mm

is convenient for small cell packing designs.

APPLICATIONS

IoT Gadgets

Wearable Devices

Battery Packs

TYPICAL APPLICATION

1

6

1μF

SGM

41100V

2

3

5

4

NOTE: The short-circuit of both ends (P and M) of the battery should be avoided during the battery assembly process.

Figure 1. Typical Application Circuit

SG Micro Corp

SEPTEMBER 2021 – REV. A. 1

www.sg-micro.com

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

PACKAGE/ORDERING INFORMATION

SPECIFIED

PACKAGE

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

TEMPERATURE

RANGE

DESCRIPTION

UTDFN-1.5×2-6L

RE2

XXX

SGM41100V-420M01YUDT6G/TR

SGM41100V-420M02YUDT6G/TR

SGM41100V-420M04YUDT6G/TR

SGM41100V-420N01YUDT6G/TR

SGM41100V-420N02YUDT6G/TR

SGM41100V-420N04YUDT6G/TR

SGM41100V-420O01YUDT6G/TR

SGM41100V-420O02YUDT6G/TR

SGM41100V-420O04YUDT6G/TR

SGM41100V-420P01YUDT6G/TR

SGM41100V-420P02YUDT6G/TR

SGM41100V-420P04YUDT6G/TR

SGM41100V-423M01YUDT6G/TR

SGM41100V-423M02YUDT6G/TR

SGM41100V-423M04YUDT6G/TR

SGM41100V-423N01YUDT6G/TR

SGM41100V-423N02YUDT6G/TR

SGM41100V-423N04YUDT6G/TR

SGM41100V-423O01YUDT6G/TR

SGM41100V-423O02YUDT6G/TR

SGM41100V-423O04YUDT6G/TR

SGM41100V-423P01YUDT6G/TR

SGM41100V-423P02YUDT6G/TR

SGM41100V-423P04YUDT6G/TR

SGM41100V-425M01YUDT6G/TR

SGM41100V-425M02YUDT6G/TR

Tape and Reel, 3000

SGM41100V-420M01

SGM41100V-420M02

SGM41100V-420M04

SGM41100V-420N01

SGM41100V-420N02

SGM41100V-420N04

SGM41100V-420O01

SGM41100V-420O02

SGM41100V-420O04

SGM41100V-420P01

SGM41100V-420P02

SGM41100V-420P04

SGM41100V-423M01

SGM41100V-423M02

SGM41100V-423M04

SGM41100V-423N01

SGM41100V-423N02

SGM41100V-423N04

SGM41100V-423O01

SGM41100V-423O02

SGM41100V-423O04

SGM41100V-423P01

SGM41100V-423P02

SGM41100V-423P04

SGM41100V-425M01

SGM41100V-425M02

-40℃ to +85℃

RE3

XXX

RE4

XXX

RE5

XXX

RE6

XXX

RE7

XXX

RE8

XXX

RE9

XXX

REA

XXX

REB

XXX

REC

XXX

RED

XXX

REE

XXX

REF

XXX

RF0

XXX

RF1

XXX

RF2

XXX

RF3

XXX

RF4

XXX

RF5

XXX

RF6

XXX

RF7

XXX

RF8

XXX

RF9

XXX

RFA

XXX

RFB

XXX

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

2

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

SPECIFIED

TEMPERATURE

RANGE

PACKAGE

DESCRIPTION

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

RFC

XXX

SGM41100V-425M04YUDT6G/TR

SGM41100V-425N01YUDT6G/TR

SGM41100V-425N02YUDT6G/TR

SGM41100V-425N04YUDT6G/TR

SGM41100V-425O01YUDT6G/TR

SGM41100V-425O02YUDT6G/TR

SGM41100V-425O04YUDT6G/TR

SGM41100V-425P01YUDT6G/TR

SGM41100V-425P02YUDT6G/TR

SGM41100V-425P04YUDT6G/TR

SGM41100V-428M01YUDT6G/TR

SGM41100V-428M02YUDT6G/TR

SGM41100V-428M04YUDT6G/TR

SGM41100V-428N01YUDT6G/TR

SGM41100V-428N02YUDT6G/TR

SGM41100V-428N04YUDT6G/TR

SGM41100V-428O01YUDT6G/TR

SGM41100V-428O02YUDT6G/TR

SGM41100V-428O04YUDT6G/TR

SGM41100V-428P01YUDT6G/TR

SGM41100V-428P02YUDT6G/TR

SGM41100V-428P04YUDT6G/TR

SGM41100V-430M01YUDT6G/TR

SGM41100V-430M02YUDT6G/TR

SGM41100V-430M04YUDT6G/TR

SGM41100V-430N01YUDT6G/TR

SGM41100V-430N02YUDT6G/TR

Tape and Reel, 3000

SGM41100V-425M04

SGM41100V-425N01

SGM41100V-425N02

SGM41100V-425N04

SGM41100V-425O01

SGM41100V-425O02

SGM41100V-425O04

SGM41100V-425P01

SGM41100V-425P02

SGM41100V-425P04

SGM41100V-428M01

SGM41100V-428M02

SGM41100V-428M04

SGM41100V-428N01

SGM41100V-428N02

SGM41100V-428N04

SGM41100V-428O01

SGM41100V-428O02

SGM41100V-428O04

SGM41100V-428P01

SGM41100V-428P02

SGM41100V-428P04

SGM41100V-430M01

SGM41100V-430M02

SGM41100V-430M04

SGM41100V-430N01

SGM41100V-430N02

UTDFN-1.5×2-6L

-40℃ to +85℃

RFD

XXX

RFE

XXX

RFF

XXX

RG0

XXX

RG1

XXX

RG2

XXX

RG3

XXX

RG4

XXX

RG5

XXX

RG6

XXX

RG7

XXX

RG8

XXX

RG9

XXX

RGA

XXX

RGB

XXX

RGC

XXX

RGD

XXX

RGE

XXX

RGF

XXX

RH0

XXX

RH1

XXX

RH2

XXX

RH3

XXX

RH4

XXX

RH5

XXX

RH6

XXX

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

3

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

SPECIFIED

TEMPERATURE

RANGE

PACKAGE

DESCRIPTION

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

RH7

XXX

SGM41100V-430N04YUDT6G/TR

SGM41100V-430O01YUDT6G/TR

SGM41100V-430O02YUDT6G/TR

SGM41100V-430O04YUDT6G/TR

SGM41100V-430P01YUDT6G/TR

SGM41100V-430P02YUDT6G/TR

SGM41100V-430P04YUDT6G/TR

SGM41100V-433M01YUDT6G/TR

SGM41100V-433M02YUDT6G/TR

SGM41100V-433M04YUDT6G/TR

SGM41100V-433N01YUDT6G/TR

SGM41100V-433N02YUDT6G/TR

SGM41100V-433N04YUDT6G/TR

SGM41100V-433O01YUDT6G/TR

SGM41100V-433O02YUDT6G/TR

SGM41100V-433O04YUDT6G/TR

SGM41100V-433P01YUDT6G/TR

SGM41100V-433P02YUDT6G/TR

SGM41100V-433P04YUDT6G/TR

SGM41100V-435M01YUDT6G/TR

SGM41100V-435M02YUDT6G/TR

SGM41100V-435M04YUDT6G/TR

SGM41100V-435N01YUDT6G/TR

SGM41100V-435N02YUDT6G/TR

SGM41100V-435N04YUDT6G/TR

SGM41100V-435O01YUDT6G/TR

SGM41100V-435O02YUDT6G/TR

Tape and Reel, 3000

SGM41100V-430N04

SGM41100V-430O01

SGM41100V-430O02

SGM41100V-430O04

SGM41100V-430P01

SGM41100V-430P02

SGM41100V-430P04

SGM41100V-433M01

SGM41100V-433M02

SGM41100V-433M04

SGM41100V-433N01

SGM41100V-433N02

SGM41100V-433N04

SGM41100V-433O01

SGM41100V-433O02

SGM41100V-433O04

SGM41100V-433P01

SGM41100V-433P02

SGM41100V-433P04

SGM41100V-435M01

SGM41100V-435M02

SGM41100V-435M04

SGM41100V-435N01

SGM41100V-435N02

SGM41100V-435N04

SGM41100V-435O01

SGM41100V-435O02

UTDFN-1.5×2-6L

-40℃ to +85℃

RH8

XXX

RH9

XXX

RHA

XXX

R48

XXX

R49

XXX

R4A

XXX

RHB

XXX

RHC

XXX

RHD

XXX

RHE

XXX

RHF

XXX

RI0

XXX

RI1

XXX

RI2

XXX

RI3

XXX

RI4

XXX

RI5

XXX

RI6

XXX

RI7

XXX

RI8

XXX

RI9

XXX

RIA

XXX

RIB

XXX

RIC

XXX

RID

XXX

RIE

XXX

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

4

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

SPECIFIED

TEMPERATURE

RANGE

PACKAGE

DESCRIPTION

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

RIF

XXX

SGM41100V-435O04YUDT6G/TR

SGM41100V-435P01YUDT6G/TR

SGM41100V-435P02YUDT6G/TR

SGM41100V-435P04YUDT6G/TR

SGM41100V-438M01YUDT6G/TR

SGM41100V-438M02YUDT6G/TR

SGM41100V-438M04YUDT6G/TR

SGM41100V-438N01YUDT6G/TR

SGM41100V-438N02YUDT6G/TR

SGM41100V-438N04YUDT6G/TR

SGM41100V-438O01YUDT6G/TR

SGM41100V-438O02YUDT6G/TR

SGM41100V-438O04YUDT6G/TR

SGM41100V-438P01YUDT6G/TR

SGM41100V-438P02YUDT6G/TR

SGM41100V-438P04YUDT6G/TR

SGM41100V-440M01YUDT6G/TR

SGM41100V-440M02YUDT6G/TR

SGM41100V-440M04YUDT6G/TR

SGM41100V-440N01YUDT6G/TR

SGM41100V-440N02YUDT6G/TR

SGM41100V-440N04YUDT6G/TR

SGM41100V-440O01YUDT6G/TR

SGM41100V-440O02YUDT6G/TR

SGM41100V-440O04YUDT6G/TR

SGM41100V-440P01YUDT6G/TR

SGM41100V-440P02YUDT6G/TR

Tape and Reel, 3000

SGM41100V-435O04

SGM41100V-435P01

SGM41100V-435P02

SGM41100V-435P04

SGM41100V-438M01

SGM41100V-438M02

SGM41100V-438M04

SGM41100V-438N01

SGM41100V-438N02

SGM41100V-438N04

SGM41100V-438O01

SGM41100V-438O02

SGM41100V-438O04

SGM41100V-438P01

SGM41100V-438P02

SGM41100V-438P04

SGM41100V-440M01

SGM41100V-440M02

SGM41100V-440M04

SGM41100V-440N01

SGM41100V-440N02

SGM41100V-440N04

SGM41100V-440O01

SGM41100V-440O02

SGM41100V-440O04

SGM41100V-440P01

SGM41100V-440P02

UTDFN-1.5×2-6L

-40℃ to +85℃

RJ0

XXX

RJ1

XXX

RJ2

XXX

RJ3

XXX

RJ4

XXX

RJ5

XXX

RJ6

XXX

RJ7

XXX

RJ8

XXX

RJ9

XXX

RJA

XXX

RJB

XXX

RJC

XXX

RJD

XXX

RJE

XXX

RJF

XXX

RK0

XXX

RK1

XXX

RK2

XXX

RK3

XXX

RK4

XXX

RK5

XXX

RK6

XXX

RK7

XXX

RK8

XXX

RK9

XXX

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

5

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

SPECIFIED

TEMPERATURE

RANGE

PACKAGE

DESCRIPTION

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

RKA

XXX

SGM41100V-440P04YUDT6G/TR

SGM41100V-443M01YUDT6G/TR

SGM41100V-443M02YUDT6G/TR

SGM41100V-443M04YUDT6G/TR

SGM41100V-443N01YUDT6G/TR

SGM41100V-443N02YUDT6G/TR

SGM41100V-443N04YUDT6G/TR

SGM41100V-443O01YUDT6G/TR

SGM41100V-443O02YUDT6G/TR

SGM41100V-443O04YUDT6G/TR

SGM41100V-443P01YUDT6G/TR

SGM41100V-443P02YUDT6G/TR

SGM41100V-443P04YUDT6G/TR

SGM41100V-445M01YUDT6G/TR

SGM41100V-445M02YUDT6G/TR

SGM41100V-445M04YUDT6G/TR

SGM41100V-445N01YUDT6G/TR

SGM41100V-445N02YUDT6G/TR

SGM41100V-445N04YUDT6G/TR

SGM41100V-445O01YUDT6G/TR

SGM41100V-445O02YUDT6G/TR

SGM41100V-445O04YUDT6G/TR

SGM41100V-445P01YUDT6G/TR

SGM41100V-445P02YUDT6G/TR

SGM41100V-445P04YUDT6G/TR

SGM41100V-448M01YUDT6G/TR

SGM41100V-448M02YUDT6G/TR

Tape and Reel, 3000

SGM41100V-440P04

SGM41100V-443M01

SGM41100V-443M02

SGM41100V-443M04

SGM41100V-443N01

SGM41100V-443N02

SGM41100V-443N04

SGM41100V-443O01

SGM41100V-443O02

SGM41100V-443O04

SGM41100V-443P01

SGM41100V-443P02

SGM41100V-443P04

SGM41100V-445M01

SGM41100V-445M02

SGM41100V-445M04

SGM41100V-445N01

SGM41100V-445N02

SGM41100V-445N04

SGM41100V-445O01

SGM41100V-445O02

SGM41100V-445O04

SGM41100V-445P01

SGM41100V-445P02

SGM41100V-445P04

SGM41100V-448M01

SGM41100V-448M02

UTDFN-1.5×2-6L

-40℃ to +85℃

RKB

XXX

RKC

XXX

RKD

XXX

RKE

XXX

RKF

XXX

RL0

XXX

RL1

XXX

RL2

XXX

RL3

XXX

RL4

XXX

RL5

XXX

RL6

XXX

RL7

XXX

RL8

XXX

RL9

XXX

RLA

XXX

RLB

XXX

RLC

XXX

RLD

XXX

RLE

XXX

RLF

XXX

RM0

XXX

RM1

XXX

RM2

XXX

RM3

XXX

RM4

XXX

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

6

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

SPECIFIED

TEMPERATURE

RANGE

PACKAGE

DESCRIPTION

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

RM5

XXX

SGM41100V-448M04YUDT6G/TR

SGM41100V-448N01YUDT6G/TR

SGM41100V-448N02YUDT6G/TR

SGM41100V-448N04YUDT6G/TR

SGM41100V-448O01YUDT6G/TR

SGM41100V-448O02YUDT6G/TR

SGM41100V-448O04YUDT6G/TR

SGM41100V-448P01YUDT6G/TR

SGM41100V-448P02YUDT6G/TR

SGM41100V-448P04YUDT6G/TR

SGM41100V-450M01YUDT6G/TR

SGM41100V-450M02YUDT6G/TR

SGM41100V-450M04YUDT6G/TR

SGM41100V-450N01YUDT6G/TR

SGM41100V-450N02YUDT6G/TR

SGM41100V-450N04YUDT6G/TR

SGM41100V-450O01YUDT6G/TR

SGM41100V-450O02YUDT6G/TR

SGM41100V-450O04YUDT6G/TR

SGM41100V-450P01YUDT6G/TR

SGM41100V-450P02YUDT6G/TR

SGM41100V-450P04YUDT6G/TR

SGM41100V-453M01YUDT6G/TR

SGM41100V-453M02YUDT6G/TR

SGM41100V-453M04YUDT6G/TR

SGM41100V-453N01YUDT6G/TR

SGM41100V-453N02YUDT6G/TR

Tape and Reel, 3000

SGM41100V-448M04

SGM41100V-448N01

SGM41100V-448N02

SGM41100V-448N04

SGM41100V-448O01

SGM41100V-448O02

SGM41100V-448O04

SGM41100V-448P01

SGM41100V-448P02

SGM41100V-448P04

SGM41100V-450M01

SGM41100V-450M02

SGM41100V-450M04

SGM41100V-450N01

SGM41100V-450N02

SGM41100V-450N04

SGM41100V-450O01

SGM41100V-450O02

SGM41100V-450O04

SGM41100V-450P01

SGM41100V-450P02

SGM41100V-450P04

SGM41100V-453M01

SGM41100V-453M02

SGM41100V-453M04

SGM41100V-453N01

SGM41100V-453N02

UTDFN-1.5×2-6L

-40℃ to +85℃

RM6

XXX

RM7

XXX

RM8

XXX

RM9

XXX

RMA

XXX

RMB

XXX

RMC

XXX

RMD

XXX

RME

XXX

RMF

XXX

RN0

XXX

RN1

XXX

RN2

XXX

RN3

XXX

RN4

XXX

RN5

XXX

RN6

XXX

RN7

XXX

RN8

XXX

RN9

XXX

RNA

XXX

RNB

XXX

RNC

XXX

RND

XXX

RNE

XXX

RNF

XXX

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

7

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

SPECIFIED

TEMPERATURE

RANGE

PACKAGE

DESCRIPTION

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

RO0

XXX

SGM41100V-453N04YUDT6G/TR

SGM41100V-453O01YUDT6G/TR

SGM41100V-453O02YUDT6G/TR

SGM41100V-453O04YUDT6G/TR

SGM41100V-453P01YUDT6G/TR

SGM41100V-453P02YUDT6G/TR

SGM41100V-453P04YUDT6G/TR

SGM41100V-455M01YUDT6G/TR

SGM41100V-455M02YUDT6G/TR

SGM41100V-455M04YUDT6G/TR

SGM41100V-455N01YUDT6G/TR

SGM41100V-455N02YUDT6G/TR

SGM41100V-455N04YUDT6G/TR

SGM41100V-455O01YUDT6G/TR

SGM41100V-455O02YUDT6G/TR

SGM41100V-455O04YUDT6G/TR

SGM41100V-455P01YUDT6G/TR

SGM41100V-455P02YUDT6G/TR

SGM41100V-455P04YUDT6G/TR

SGM41100V-458M01YUDT6G/TR

SGM41100V-458M02YUDT6G/TR

SGM41100V-458M04YUDT6G/TR

SGM41100V-458N01YUDT6G/TR

SGM41100V-458N02YUDT6G/TR

SGM41100V-458N04YUDT6G/TR

SGM41100V-458O01YUDT6G/TR

SGM41100V-458O02YUDT6G/TR

Tape and Reel, 3000

SGM41100V-453N04

SGM41100V-453O01

SGM41100V-453O02

SGM41100V-453O04

SGM41100V-453P01

SGM41100V-453P02

SGM41100V-453P04

SGM41100V-455M01

SGM41100V-455M02

SGM41100V-455M04

SGM41100V-455N01

SGM41100V-455N02

SGM41100V-455N04

SGM41100V-455O01

SGM41100V-455O02

SGM41100V-455O04

SGM41100V-455P01

SGM41100V-455P02

SGM41100V-455P04

SGM41100V-458M01

SGM41100V-458M02

SGM41100V-458M04

SGM41100V-458N01

SGM41100V-458N02

SGM41100V-458N04

SGM41100V-458O01

SGM41100V-458O02

UTDFN-1.5×2-6L

-40℃ to +85℃

RO1

XXX

RO2

XXX

RO3

XXX

RO4

XXX

RO5

XXX

RO6

XXX

RO7

XXX

RO8

XXX

RO9

XXX

ROA

XXX

ROB

XXX

ROC

XXX

ROD

XXX

ROE

XXX

ROF

XXX

RP0

XXX

RP1

XXX

RP2

XXX

RP3

XXX

RP4

XXX

RP5

XXX

RP6

XXX

RP7

XXX

RP8

XXX

RP9

XXX

RPA

XXX

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

8

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

SPECIFIED

TEMPERATURE

RANGE

PACKAGE

DESCRIPTION

ORDERING

NUMBER

PACKAGE

MARKING

PACKING

OPTION

MODEL

RPB

XXX

SGM41100V-458O04YUDT6G/TR

SGM41100V-458P01YUDT6G/TR

SGM41100V-458P02YUDT6G/TR

SGM41100V-458P04YUDT6G/TR

Tape and Reel, 3000

SGM41100V-458O04

SGM41100V-458P01

SGM41100V-458P02

SGM41100V-458P04

UTDFN-1.5×2-6L

-40℃ to +85℃

RPC

XXX

RPD

XXX

RPE

XXX

MARKING INFORMATION

NOTE: XXX = Date Code and Trace Code.

Serial Number

Y Y Y

X X X

Trace Code

Date Code - Year

Green (RoHS & HSF): SG Micro Corp defines "Green" to mean Pb-Free (RoHS compatible) and free of halogen substances. If

you have additional comments or questions, please contact your SGMICRO representative directly.

DEVICE DESCRIPTION

Model : SGM41100V-AAABCC

Over-Voltage Threshold Options

Option Code "AAA"

420

4.20

440

423

4.225

443

425

4.25

445

428

4.275

448

430

4.30

450

433

4.325

453

435

4.35

455

438

4.375

458

Over-Voltage Threshold

V_OV(V)

Option Code "AAA"

Over-Voltage Threshold

V_OV(V)

4.40

4.425

4.45

4.475

4.50

4.525

4.55

4.575

Under-Voltage Threshold Options

N

Option Code "B"

M

O

P

Under-Voltage Threshold

V_UV(V)

2.6

2.7

2.8

3.0

Current Threshold Combination Options

Option Code "CC"

01

02

04

Charge Over-Current

I_OC(A)

Discharge Over-Current

I_OD(A)

0.156

0.19

0.35

0.56

0.169

0.30

Short-Circuit Current (A)

4 × 0.169

4 × 0.30

4 × 0.56

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

9

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

ABSOLUTE MAXIMUM RATINGS

RECOMMENDED OPERATING CONDITIONS

Supply Voltage Range..............................................0V to 6V

Battery Voltage Range ............................................ 0 to 4.5V

Junction Temperature Range ........................ -40℃ to +85℃

PCKP to PCKN, 13V ⁽¹⁾, 10mA Clamping ⁽²⁾........................5s

PCKP to PCKN...........................-4.5V or +9V ⁽³⁾, Continuous

PCKP to BATN ............................................-4.5V ⁽³⁾or +5.5V

PCKP to PCKN Short-Circuit ⁽⁴⁾............................ Continuous

PCKP to PCKN Attachment Inrush/Outrush ⁽⁵⁾....... +9V/-4.5V

PCKP to BATN Attachment Inrush/Outrush ⁽⁶⁾..............±4.5V

Surge Current ⁽⁷⁾............................................................±20A

Junction Temperature.................................................+150℃

Storage Temperature Range.......................-65℃ to +150℃

Lead Temperature (Soldering, 10s)............................+260℃

ESD Susceptibility

OVERSTRESS CAUTION

Stresses beyond those listed in Absolute Maximum Ratings

may cause permanent damage to the device. Exposure to

absolute maximum rating conditions for extended periods

may affect reliability. Functional operation of the device at any

conditions beyond those indicated in the Recommended

Operating Conditions section is not implied.

HBM.............................................................................4000V

CDM ............................................................................1000V

ESD SENSITIVITY CAUTION

This integrated circuit can be damaged if ESD protections are

not considered carefully. SGMICRO recommends that all

integrated circuits be handled with appropriate precautions.

Failureto observe proper handlingand installation procedures

can cause damage. ESD damage can range from subtle

performance degradation tocomplete device failure. Precision

integrated circuits may be more susceptible to damage

because even small parametric changes could cause the

device not to meet the published specifications.

NOTES:

1. Evaluation at V_BAT= 4.5V.

2. The clamping may reach 10mA at an input voltage > 13V.

3. Test with a voltage regulated supply that has 2A current

limit and increase the voltage progressively for less than

1V/ms slope rate. Apply a voltage to the device under test

from 0V to given voltages.

4. The device is tested after being installed on the circuit

board in Figure 1. Clip a 4.5V 5A power source onto the P

and M to simulate a battery and short the Pack P and the

Pack N with an 80mΩ wire.

DISCLAIMER

SG Micro Corp reserves the right to make any change in

5. The device is tested after being installed on the circuit

board in Figure 1. Connect a 3.2V supply and 2A sinking

resistor R_SINKas showed in Figure 2 to the P and M for inrush

test. Clip a 4.5V 5A supply for outrush test.

circuit design, or specifications without prior notice.

6. The device is tested after being installed on the circuit

board in Figure 1 with the circuit in Figure 3.

7. Parallel or connect in reverse polarity two battery packs of

Figure 1. Limit the battery pack impedance to limit the surge

current to 20A.

Outrush Inrush

C_BAT

100μF

Inrush test: to Pack P

R_SLMTR_SRC80mΩ

P

Outrush test: to Pack N

Pack P

Power Source

Outrush Test: 4.5V

Inrush Test: 9V

The DUT

in Figure 1

Circuit

Power Source

Inrush Test: 3.2V

Outrush Test: 4.5V

C_SRC

100μF

R_SINK

M

Pack N

(No Battery)

R_SLMT

Inrush test: 0Ω

Outrush test: 4.5Ω

:

R_SINK:

Inrush test: 1.6Ω

Inrush test: to Pack N

Outrush test: to Pack P

Outrush test: open

Figure 2. Test Set-Up for Pack P to Pack N Attachment Inrush/Outrush

Outrush Inrush

Inrush test: to N

R_SRC80mΩ R_SLMT4.5Ω

P

Pack P

Outrush test: to P

The DUT

in Figure 1

Circuit

C_LOAD

100μF

Power Source

4.5V

C_SRC

100μF

R_LOAD

M

Pack N

(No Battery)

Inrush test: to P

Outrush test: to N

Figure 3. Test Set-Up for Pack P to BATN Attachment Inrush/Outrush

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

10

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

PIN CONFIGURATION

(TOP VIEW)

PCKP

1

2

3

6

5

4

BYPS

PCKN

BATN

NC

UTDFN-1.5×2-6L

PIN DESCRIPTION

NAME

TYPE

FUNCTION

1

PCKP

P

Internal Connection. No external connection.

Power Input and Output, the Battery Pack Cathode. Short this pin to BATN pin to

release off the locked-open state, and make the output path closed.

2, 3

4, 5

PCKN

BATN

P

G

Ground of Internal Circuit. Connect to the battery cathode end.

Power Supply Pin and Disconnection Locked-Off Triggering Input. Place a 1μF

capacitor between this pin and BATN pin, and place a 1kΩ resistor between the pin

and the positive connection of the battery pack.

6

BYPS

NC

P

Shorting this pin to PCKN pin momentarily places the circuit into locked-open state.

Exposed

Pad

NC

Not Connected Internally. Connect to BATN pin externally is recommended.

NOTE: G = Ground, P = Power for the Circuit, NC = Not Connected.

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

11

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

ELECTRICAL CHARACTERISTICS

(T_J= +25℃, I_CHG= I_DIS= 200mA, V_BAT= 3.7V, unless otherwise noted.)

PARAMETER

SYMBOL

CONDITIONS

MIN

TYP

MAX

4.220

4.235

4.255

4.245

4.260

4.280

4.270

4.285

4.305

4.295

4.310

4.330

4.320

4.335

4.355

4.345

4.360

4.380

4.370

4.385

4.405

4.395

4.410

4.430

4.420

4.435

4.455

4.445

4.460

4.480

4.470

4.485

4.505

4.495

4.510

4.530

4.520

4.535

4.555

UNITS

4.180

4.165

4.145

4.205

4.190

4.170

4.230

4.215

4.195

4.255

4.240

4.220

4.280

4.265

4.245

4.305

4.290

4.270

4.330

4.315

4.295

4.355

4.340

4.320

4.380

4.365

4.345

4.405

4.390

4.370

4.430

4.415

4.395

4.455

4.440

4.420

4.480

4.465

4.445

T_J= +25℃

SGM41100V-420_ _ _

SGM41100V-423_ _ _

SGM41100V425_ _ _

SGM41100V-428_ _ _

SGM41100V-430_ _ _

SGM41100V-433_ _ _

SGM41100V-435_ _ _

SGM41100V-438_ _ _

SGM41100V-440_ _ _

SGM41100V-443_ _ _

SGM41100V-445_ _ _

SGM41100V-448_ _ _

SGM41100V-450_ _ _

4.200

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

4.225

4.250

4.275

4.300

4.325

4.350

4.375

4.400

4.425

4.450

4.475

4.500

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

Charge Over-Voltage Threshold

V_OV

V

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

12

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

ELECTRICAL CHARACTERISTICS (continued)

(T_J= +25℃, I_CHG= I_DIS= 200mA, V_BAT= 3.7V, unless otherwise noted.)

PARAMETER

SYMBOL

CONDITIONS

MIN

4.505

4.490

4.470

4.530

4.515

4.495

4.555

4.540

4.520

100

TYP

MAX

4.545

4.560

4.580

4.570

4.585

4.605

4.595

4.610

4.630

200

UNITS

T_J= +25℃

SGM41100V-453_ _ _

SGM41100V-455_ _ _

4.525

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

Charge Over-Voltage Threshold

V_OV

4.550

4.575

V

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

SGM41100V-458_ _ _

Charger voltage is

T_J= -20℃ to +55℃

T_J= -40℃ to +85℃

T_J= +25℃

OV Release Hysteresis

V_OVHYSlower than battery

voltage

150

mV

95

205

T_J= -40℃ to +85℃

T_J= +25℃

2.545

2.515

2.645

2.615

2.745

2.715

2.945

2.915

75

2.655

2.685

2.755

2.785

2.855

2.885

3.055

3.085

125

SGM41100V-_ _

_

M_ _

N_ _

O_ _

P_ _

2.600

2.700

2.800

3.000

100

T_J= -40℃ to +85℃

T_J= +25℃

_

T_J= -40℃ to +85℃

T_J= +25℃

Battery Under-Voltage Threshold ⁽¹⁾

V_UV

V

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -40℃ to +85℃

T_J= +25℃

When a charging

supply is applied

UV Release Hysteresis

Shutdown Voltage

V_UVHYS

mV

V

70

130

T_J= -40℃ to +85℃

1.40

1.95

T_J= +25℃

V_SHDN

1.67

1.18

2.15

T_J= -40℃ to +85℃

T_J= +25℃

2.43

2.57

Charging Prohibition Voltage ⁽¹⁾

V_NOCHG

2.5

V

2.40

2.60

T_J= -40℃ to +85℃

0.140

0.105

0.270

0.225

0.500

0.435

0.130

0.100

0.165

0.120

0.310

0.250

0.200

0.235

0.330

0.375

0.620

0.685

0.200

0.225

0.215

0.260

0.390

0.450

T_J= +25℃

SGM41100V-_ _

_

_ 01

_ 02

_ 04

_ 01

_ 02

_ 04

0.169

0.300

0.560

0.156

0.190

0.350

T_J= -40℃ to +85℃

T_J= +25℃

Discharge Over-Current

I_OD

A

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -40℃ to +85℃

T_J= +25℃

Charge Over-Current

I_OC

A

T_J= -40℃ to +85℃

T_J= +25℃

T_J= -40℃ to +85℃

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

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True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

ELECTRICAL CHARACTERISTICS (continued)

(T_J= +25℃, I_CHG= I_DIS= 200mA, V_BAT= 3.7V, unless otherwise noted.)

PARAMETER

SYMBOL

CONDITIONS

MIN

TYP

MAX

52

UNITS

T_J= +25℃

Pass Resistance

R_P

42

mΩ

62

T_J= -40℃ to +85℃

T_J= +25℃

1.5

2.0

Operating Current

Shutdown Current

I_OP

1.1

μA

T_J= -40℃ to +85℃

The stable current

flowing into the device

when it is in any of

following shutdown

conditions that the

battery voltage is lower

0.05

0.30

T_J= +25℃

I_SHDN

μA

than V_UV(then V_SHDN

,

V_NOCHGif the battery

voltage further drops), T_J= -40℃ to +85℃

the device is set into

latched-off

923

537

115

67

1209

1342

188

208

113

125

609

676

113

125

0.5

T_J= +25℃

Over-Voltage Detection Delay ⁽²⁾

t_OVPD

t_UVPD

t_ODD

1066

144

80

ms

T_J= -40℃ to +85℃

T_J= +25℃

Under-Voltage Detection Delay ⁽²⁾

T_J= -40℃ to +85℃

T_J= +25℃

57

Discharge Over-Current Detection Delay ⁽²⁾

Discharge Over-Current Retry Time ⁽²⁾

Charge Over-Current Detection Delay ⁽²⁾

33

T_J= -40℃ to +85℃

T_J= +25℃

461

268

57

t_RETRY

528

80

T_J= -40℃ to +85℃

T_J= +25℃

t_OCD

33

T_J= -40℃ to +85℃

T_J= +25℃

0.196

0.14

Discharge Short-Circuit Detection Delay

Discharge Short-Circuit Current

NOTES:

t_OCSD

I_SC

0.3

ms

A

0.7

T_J= -40℃ to +85℃

4 × I_OD

1. V_UVand V_SHDNvariation seat in the same side deviation and no range overlaps.

2. The TYP value and MAX value are combination of the detection delay time and a possible polling period of about 32ms, while

the MIN value represents the minimum detection delay with portion of a polling period added, as the pass path cutting action is

synchronized to the internal polling.

SG Micro Corp

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SEPTEMBER 2021

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True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

TYPICAL PERFORMANCE CHARACTERISTICS

T_J= +25℃, I_CHG= I_DIS= 50mA, V_BAT= 3.7V, unless otherwise noted.

Normalized Charge Over-Voltage vs. Charge Current

Normalized Charge Over-Voltage vs. Temperature

1.5%

1.0%

0.5%

0.0%

-0.5%

-1.0%

-1.5%

0.6%

0.4%

0.2%

0.0%

-0.2%

-0.4%

-0.6%

Normalized to I_CHG= 0.035A at T_J= +25℃

I_CHG= 0.035A

I

_CHG= 0.135A

_CHG= 0.235A

0

0.05

0.1

0.15

0.2

0.25

0.3

-10

0

10 20 30 40 50 60 70 80 90

Charge Current (A)

Temperature (℃)

Normalized Charge Over-Current vs. Battery Voltage

Normalized Charge Over-Current vs. Temperature

3%

2%

3.0%

2.0%

1.0%

0.0%

-1.0%

-2.0%

-3.0%

Normalized to V_BAT= 3.7V at T_J= +25℃

1%

0%

-1%

-2%

-3%

V_BAT= 3.7V

V

_BAT= 4.0V

_BAT= 4.3V

2.7 2.9 3.1 3.3 3.5 3.7 3.9 4.1 4.3 4.5

Battery Voltage (V)

-10

0

10 20 30 40 50 60 70 80 90

Temperature (℃)

Normalized Discharge Over-Current vs. Battery Voltage

3%

Normalized Discharge Over-Current vs. Temperature

1.5%

1.0%

0.5%

0.0%

-0.5%

-1.0%

-1.5%

Normalized to V_BAT= 3.7V at T_J= +25℃

2%

1%

0%

-1%

-2%

-3%

V_BAT= 3.7V

V

_BAT= 4.0V

_BAT= 4.3V

2.7 2.9 3.1 3.3 3.5 3.7 3.9 4.1 4.3 4.5

Battery Voltage (V)

-10

0

10 20 30 40 50 60 70 80 90

Temperature (℃)

SG Micro Corp

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SEPTEMBER 2021

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True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

TYPICAL PERFORMANCE CHARACTERISTICS (continued)

T_J= +25℃, I_CHG= I_DIS= 50mA, V_BAT= 3.7V, unless otherwise noted.

On-Resistance vs. Battery Voltage

On-Resistance vs. Discharge Current

V_BAT= 3.7V

44.0

43.5

43.0

42.5

42.0

41.5

41.0

43.8

43.6

43.4

43.2

43.0

42.8

42.6

42.4

42.2

42.0

41.8

2.7 2.9 3.1 3.3 3.5 3.7 3.9 4.1 4.3 4.5

Battery Voltage (V)

0

0.1

0.2

0.3

0.4

0.5

Discharge Current (A)

On-Resistance vs. Temperature

V_BAT= 3.7V

60

55

50

45

40

35

30

-10

0

10 20 30 40 50 60 70 80 90

Temperature (℃)

SG Micro Corp

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SEPTEMBER 2021

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True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

DETAILED DESCRIPTION

The SGM41100V monitors voltage and current applied

on battery cell connected between PCKP and BATN,

and opens the connection between battery and pack

terminal with its internal switches when a fault condition

is detected.

Current Related Protections

When discharge over-current condition occurs and

keeps for discharge over-current detection delay (t_ODD),

the discharge path opens. The path closes again after

t_RETRYfor retrying. The SGM41100V keeps retrying until

the over-current condition is released or the battery

discharges to low when the SGM41100V turns into

battery under-voltage protection state.

Voltage Related Protections

When battery voltage reaches over-voltage threshold

(V_OV), the charge path is open-circuit. The path closes

again when the charger voltage is lower than battery

voltage and the battery voltage falls back about V_OVHYS

below the over-voltage threshold (V_OV).

During a charging condition if a charge over-current is

identified, the SGM41100V enters the locked-off state.

This state can be reset by charger removal (pack

removal).

In order to protect the battery from discharge

under-voltage status when battery voltage falls below

V_UVfor t_UVPDor V_SHDNinstantly, the discharge path is

open-circuit, the device enters into shutdown with only

very low resistive leakage flowing into it, which helps to

keep the battery from harmful exhausted condition as

long as possible. The path closes again when a

charging supply is applied and the battery voltage rises

to about V_UVHYSabove the V_UVthreshold.

Short-circuit protection: When discharge current

exceeds the over-current threshold, discharge path

disconnects instantly in t_OCSD, in order to protect the

battery from potential over-current stress. After this

disconnection, the SGM41100V stays in the locked-off

non-conducting state until being reactivated.

Burst load outrush: In many systems, overload

conditions will occur momentarily. The device allows for

this short duration discharge condition by allowing the

discharge path to remain closed even after a discharge

over-current is detected for duration of discharge

over-current detection delay.

Charge an exhausted battery: While the battery is

over-discharged the battery could be in the following

states.

a) Battery voltage below V_NOCHG: The charge path or

discharge path is open correspondingly when the

applied bias condition is settled.

When a charge over-current condition is identified, and

after charge over-current detection deglitch, the charge

path is cut off. The device restores to the conducting

state when the PCKP to PCKN voltage drops about

3mV lower than the battery voltage.

b) Battery voltage is in the range of V_NOCHGto V_UV(if

there is such voltage gap): The path switch is on for

144ms (t_UVPD) in every 132ms and off for 2ms when

charge current flows through the body diode. During

this period, the charger will see the terminal voltage

steps up/down.

Parallel battery packs: When paralleling two battery

packs utilizing SGM41100Vs, a momentary current

surge may cause charge over-current protection in the

pack with the lower voltage. The higher voltage pack

can enter a discharge over-current protection. The

charge over-current or discharge over-current protection

resets only after the higher voltage battery pack

discharges to a voltage slightly lower than the lower

c) Battery voltage above under-voltage threshold: In

this condition, the chip enters normal operation and

charge and discharge modes are allowed.

When battery voltage is between V_SHDNand V_NOCHG

there is about 150μs circuit settle time when a pulse

charge current may flow through.

,

voltage pack. After this discharge, both packs will

conduct.

When the battery voltage is in the range of 0.5V ~ 0.7V,

and the external voltage applied on the device is also

too low to start full operation, the charging current flows

through the path switch's body diode.

SG Micro Corp

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SEPTEMBER 2021

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True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

DETAILED DESCRIPTION (continued)

It is highly recommended that the packs should be

placed into a locked-open non-conducting state first (by

connecting PCKP to PCKN momentarily) before being

paralleled to avoid current overstress. When a charge

supply is applied to the paralleled packs, the

locked-open state will release.

of guided discharge path is desired for the equipment

case sealing air-gap discharge over the battery and

those connect to the battery closely.

Caution on electrochemical corrosion: As a battery

can apply potential over the electrodes continuously

and cause electrochemical corrosion, the corrosion

product may spread in the hollow beneath a surface

mount device and cause leakage. Moisture-proof

coating is recommended, especially when using

compact devices.

Battery delivery state: It is recommended to deliver a

battery pack in a locked-off non-conducting state to

avoid unintentional shorting during production handling

or transportation. The circuit of Figure 1 places the

SGM41100V into a locked-off state after battery

attachment by momentarily shorting BYPS and PCKN.

Cautions for Evaluation Test

Some types of electronic load simulators may have

excessive inrush current, and some BPM testers may

have voltage transition surges, which may trigger the

protection of the SGM41100V. Careful attention is

required for doing such evaluations with these kinds of

equipment. External voltage and current limits within

the conditions specified in the Absolute Maximum

Ratings section of this datasheet are required.

Pack activation: In order to release the pack from

locked-off state and to place it into a conducting state,

apply a charging input, or connect PCKN to BATN

momentarily.

Caution: The battery short or load side terminal short

outside the protection circuit′s loop during battery

attaching may cause excessive high surge current and

excessive high current-breaking voltage surge, which

may cause damage or degrade the life duration of

battery and protection circuit. It is recorded that the

accidental anode to ground plane shorting causes

heavy surge, which can actually be avoided by leaving

enough clearance around the anode pad on PCB or

soldering/attaching the anode firstly in assembly (as the

short between cathode to ground will not cause

excessive surge).

Select Protection Parameters

Battery models from different vendors may be

customized for different applications. Consult the

battery vendor for protection limits for specific battery

model.

Parameters for the protection circuit and of the charger

circuit affecting same variables should be set for proper

charge or discharge protection sequence. For example,

the over-voltage threshold of the battery should be

50mV ~ 100mV higher than constant voltage threshold

of the charger.

Surge, ESD and Reversed Attachment

The SGM41100V absorbs voltage surge applied

between PCKP and PCKN, by passing the surge

current through its switch and the battery. Surge may

occur when attaching the pack or battery cell.

Cautions on parameter misalignment: If the V_OVis

lower than the full charge voltage of the battery charger,

the protection circuit cuts off the battery charge path

before the battery is fully charged, and turns into the

non-conductive locked-off state; if the I_OCis lower than

the charge current, the protection circuit also turns itself

into the locked-off state. In either V_OVor I_OC, the charger

input should be removed and then reapplied for

activating the protection circuit from the locked-off state

to the conducting state. If the charger is not removed

after a V_OVor I_OVevent, the battery will not be charged

even if the battery voltage is depleted.

The SGM41100V survives either if a cell is placed in

reverse or a charge input is attached in reverse, but not

both at the same time. Any of these reverse

attachments, short circuits, inrush surges and outrush

will cause overstress. Do not test those cases in normal

production inspection, as this kind of test itself may

cause performance degradation or even damage the

device.

Caution about ESD damage to the battery: The

battery pack might be the biggest element in equipment

and induce much during an ESD event. Careful design

SG Micro Corp

www.sg-micro.com

SEPTEMBER 2021

18

True Monolithic Li-Ion/Polymer

SGM41100V

Battery Protector in Tiny Thin Package

REVISION HISTORY

NOTE: Page numbers for previous revisions may differ from page numbers in the current version.

SEPTEMBER 2021 ‒ REV.A to REV.A.1

Page

Updated Electrical Characteristics section.........................................................................................................................................................14

Changes from Original (APRIL 2021) to REV.A

Page

Changed from product preview to production data.............................................................................................................................................All

SG Micro Corp

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SEPTEMBER 2021

19

PACKAGE INFORMATION

PACKAGE OUTLINE DIMENSIONS

UTDFN-1.5×2-6L

D

e

N6

D1

L

E1

E

k

N3

N1

b1

b

BOTTOM VIEW

TOP VIEW

1.10

0.55

A

0.90

2.60

A1

A2

SIDE VIEW

0.25

0.50

RECOMMENDED LAND PATTERN (Unit: mm)

Dimensions

In Millimeters

Dimensions

In Inches

Symbol

MIN

MAX

0.600

0.050

MIN

0.020

0.000

MAX

0.024

0.002

A

A1

A2

D

0.500

0.000

0.152 REF

0.006 REF

1.400

1.000

1.900

0.800

1.600

1.200

2.100

1.000

0.055

0.039

0.075

0.031

0.063

0.047

0.083

0.039

D1

E

E1

k

0.300 REF

0.012 REF

b

0.200

0.300

0.008

0.012

b1

e

0.180 REF

0.500 BSC

0.007 REF

0.020 BSC

L

SG Micro Corp

www.sg-micro.com

TX00115.001

PACKAGE INFORMATION

TAPE AND REEL INFORMATION

REEL DIMENSIONS

TAPE DIMENSIONS

P2

P0

W

Q2

Q4

Q2

Q4

Q2

Q4

Q1

Q3

Q1

Q3

Q1

Q3

B0

Reel Diameter

P1

A0

K0

Reel Width (W1)

DIRECTION OF FEED

NOTE: The picture is only for reference. Please make the object as the standard.

KEY PARAMETER LIST OF TAPE AND REEL

Reel Width

Reel

Diameter

A0

B0

K0

P0

P1

P2

W

Pin1

Package Type

W1

(mm)

(mm) (mm) (mm) (mm) (mm) (mm) (mm) Quadrant

UTDFN-1.5×2-6L

7″

9.5

1.70

2.30

0.75

4.0

2.0

8.0

Q2

SG Micro Corp

TX10000.000

www.sg-micro.com

PACKAGE INFORMATION

CARTON BOX DIMENSIONS

NOTE: The picture is only for reference. Please make the object as the standard.

KEY PARAMETER LIST OF CARTON BOX

Length

(mm)

Width

(mm)

Height

(mm)

Reel Type

Pizza/Carton

7″ (Option)

7″

368

442

227

410

224

8

18

SG Micro Corp

www.sg-micro.com

TX20000.000


型号：	SGM41100V
厂家：	Shengbang Microelectronics Co, Ltd
描述：	True Monolithic Li-Ion/Polymer Battery Protector in Tiny Thin Package 电池
文件：	总22页 (文件大小：947K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

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