IC that protects batteries from overcharge, over discharge, overcurrent, and short-circuit conditions
Supporting the development of a lithium-ion secondary battery pack that boasts safety, including a wide variety of approximately 1,750 products that are compact, light weight and thin, applicable with cascade connections for an array of applications and second protection, etc.
Features of lithium-ion battery protection IC
-
Abundant product lineup
A lineup of about 1,750 products
Number of cells, application, detection voltage value, etc.
Can be selected according to specification -
Over 25 years of experience
A track record of development and product adoption for more than 25 years, since 1993
-
Manufacturing of high voltage CMOS process
High accuracy and low power consumption
Small in size and thin
1.2mm square package
1 Cell protection circuit
Series Name | ||
---|---|---|
S-82B1B | Data Sheet(PDF) | Click here to buy now |
Series Name | ||
---|---|---|
S-82N1B | Data Sheet(PDF) | Click here to buy now |
Power saving (PS) function
Prevents battery zero during stock period.
This enables shipment with the battery pack discharge current and protection circuit current consumption at almost zero.
Multi-cell Protection Circuit
Series Name | ||
---|---|---|
S-8245A/C(Cascade connection possible) | Data Sheet(PDF) | Click here to buy now |
S-8245B/D(Cascade connection not possible) | Data Sheet(PDF) | Click here to buy now |
Series Name | ||
---|---|---|
S-8255A(Cascade connection possible) | Data Sheet(PDF) | Click here to buy now |
S-8255B(Cascade connection not possible) | Data Sheet(PDF) | Click here to buy now |
Temperature protection function
With one NTC thermistor, you have two points for each charge / discharge, and a total of four points of temperature monitoring and charge / discharge control.
Protection circuit with protection function optimal for application and number of cells
We can also show you protection circuits with protection functions that are optimal for the application and the number of cells.
Click here for details