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| Display |
Title/Parts |
Key Advantages |
| QV PDF |
Standalone OCV-Based Fuel Gauge
DS2786B
| 2-Wire Standalone Fuel Gauge Requires No Learn Cycle to Provide Initial Capacity Estimate or Maintain Accuracy During Use; Now Optimized for Smartphones with Push-Mail Feature |
| QV PDF |
1-Cell Stand-Alone Fuel Gauge IC with Li+ Protector and SHA-1 Authentication
DS2784
| Built-In, Coulomb-Counting FuelPack™ Algorithm; Li+ Protector Uses High-Side, n-Channel FET |
| QV PDF |
Stand-Alone OCV-Based Fuel Gauge
DS2786
| Handset or Pack Implementation; Has Built-In, Open-Cell Voltage (OCV) Based Fuel-Gauge Algorithm |
| QV PDF |
Low-Cost, 2-Wire Battery Monitor with Ratiometric A/D Inputs
DS2746
| Handset or Pack Implementation; Data-Acquisition Front-End for OCV- and Coulomb-Counting-Based Fuel-Gauge Algorithm |
| QV PDF |
High-Accuracy Battery Fuel Gauge with Programmable Suspend Mode
DS2756
| Accurate Data-Acquisition Front-End for Coulomb-Counting-Based Fuel-Gauge Algorithm; 96 Bytes of User EEPROM |
| QV PDF |
Low-Cost I²C Battery Monitor
DS2745
| Data-Acquisition Front-End for Coulomb-Counting-Based Fuel-Gauge Algorithm |
| QV PDF |
Stand-Alone Fuel Gauge IC
DS2782
| 2-wire stand-alone fuel-gauge IC calculates remaining battery capacity and simplifies software development |
| QV PDF |
Stand-Alone Fuel Gauge IC
DS2780
| Built-In, Coulomb-Counting FuelPack™ Fuel-Gauge Algorithm |
