Part number:
DS2760
Manufacturer:
Dallas Semiconducotr
File Size:
285.34 KB
Description:
High-precision li+ battery monitor.
* Li+ safety circuit - Overvoltage protection - Overcurrent/short circuit protection - Undervoltage protection
* Zero Volt Battery Recovery Charge
* Available in two configurations: - Internal 25mW sense resistor - External user-selectable sense resistor
* Current measurement - 12-bi
DS2760
Dallas Semiconducotr
285.34 KB
High-precision li+ battery monitor.
📁 Related Datasheet
DS276 - Low Power Transceiver
(Dallas Semiconducotr)
DS276 Low Power Transceiver Chip
.dalsemi.
FEATURES
Low-power serial transmitter/receiver for battery-backed systems Transmitter steals power f.
DS2764 - High-Precision Li+ Battery Monitor
(Maxim Integrated Products)
..
DS2764
High-Precision Li+ Battery Monitor with 2-Wire Interface
.maxim-ic.
GENERAL DESCRIPTION
The DS2764 high-precision L.
DS2703 - SHA-1 Battery Pack Authentication IC
(Dallas Semiconductor)
..
DS2703 SHA-1 Battery Pack Authentication IC
.maxim-ic.
GENERAL DESCRIPTION
The DS2703 provides a robust cryptographic solu.
DS2704 - 1280-Bit EEPROM
(Maxim Integrated Products)
..
DS2704
1280-Bit EEPROM with SHA-1 Authentication
.maxim-ic.
GENERAL DESCRIPTION
The DS2704 provides 1280 bits of EEPROM da.
DS2705 - SHA-1 Authentication Master
(Maxim Integrated Products)
..
DS2705
SHA-1 Authentication Master
.maxim-ic.
GENERAL DESCRIPTION
The DS2705 provides the master side of a Secure Hash Alg.
DS2710 - Single-Cell NiMH Charger
(Maxim)
Rev 0; 4/08
Single-Cell NiMH Charger
General Description
The DS2710 is ideal for in-system charging of single-cell nickel metal hydride (NiMH) cells .
DS2711 - (DS2711 / DS2712) Loose Cell NiMH Chargers
(Maxim Integrated Products)
19-5826; Rev 4/11
GENERAL DESCRIPTION
The DS2711 and DS2712 are ideal for in-system or stand-alone charging of 1 or 2 AA or AAA NiMH “loose” cells. T.
DS2712 - (DS2711 / DS2712) Loose Cell NiMH Chargers
(Maxim Integrated Products)
19-5826; Rev 4/11
GENERAL DESCRIPTION
The DS2711 and DS2712 are ideal for in-system or stand-alone charging of 1 or 2 AA or AAA NiMH “loose” cells. T.