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Maxim > Solutions > Battery Management
New Product Announcements
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- Industry's Smallest Current-Sense Amplifier Sets Benchmarks for Accuracy and Power Consumption
[MAX9938]
- 1.2MHz, High-Performance Battery-Charger ICs Minimize Solution Cost and Size
[MAX17005, MAX17006, MAX17015]
- Industry's First 28V, Single-Input Battery Charger Is Smallest, Safest Charging Solution for Handhelds
[MAX8814]
- Industry's Smallest, Stand-Alone, Multicell Li+ Battery Fuel Gauge to Integrate LED Drivers and a Pushbutton Input
[DS2788]
- Overvoltage-Protection Controllers Provide Robust ESD Protection for Hi-Speed USB D+/D- Signals
[MAX4987AE, MAX4987BE]
- Spread-Spectrum, Autozero Instrumentation Amplifiers with Patented Architecture Guarantee < 20µV Offset Voltage and Eliminates Drift over Time and Temperature
[MAX4208, MAX4209]
- High-Voltage, Overvoltage-Protection Controllers with Battery Switchover Protect Low-Voltage Systems Up to 28V
[MAX4959, MAX4960]
- Industry's Smallest 1-Cell, Stand-Alone Fuel Gauge to Integrate an Li+ Protector and SHA-1 Authentication
[DS2784]
- Industry's Smallest, Dual-Input Li+ Chargers Withstand 30V and Integrate Robust Thermal-Regulation Circuitry
[MAX8804, MAX8804V, MAX8804W, MAX8804Y, MAX8804Z]
- Quad-Loose-Cell NiMH Battery Charger Detects and Avoids Charging Primary Alkaline or Lithium Cells, and Defective NiMH or NiCd Cells
[DS2714]
- 1024-Bit EPROM Operates from Supply Voltages as Low as 2.2V
[DS25LV02]
- High-Accuracy Battery Fuel Gauge Extends Battery Life with New 'Suspend' Mode Operation
[DS2756]
- Dedicated IC Simplifies Implementation of a SHA-1-Based Token Authentication System
[DS2705]
- Stand-Alone Battery Fuel Gauge Calculates Remaining Battery Capacity and Reduces Software Development Efforts for 1- and 2-Cell Applications
[DS2781]
- Battery Fuel Gauge Monitors Current, Voltage, and Temperature for Under $1*
[DS2745]
- Versatile NiMH Battery Charger Can Safely Charge up to 10 NiMH Cells in Series
[DS2715]
- 2-Wire, Stand-Alone Fuel Gauge Calculates Remaining Battery Capacity, Simplifying Software Development
[DS2782]
- Authentication IC Provides Barrier to Unauthorized Battery Packs
[DS2703]
- Single-Cell Li+ Chargers with Thermal Regulation, OVP, and Programmable Charge Timer Eliminate the Need for Wall Cube Chargers with Portable Equipment
[MAX8600, MAX8601]
- Stand-Alone Fuel Gauge Calculates Remaining Battery Capacity and Simplifies Software Development
[DS2780]
- 0.5% Accurate, Low-Cost SMBus Charger Offers Most Complete Solution for Battery-Powered Portable Equipment
[MAX8713]
- NiMH Battery Charger Detects and Avoids Charging Alkaline Cells
[DS2711, DS2712]
- 0.5% ACCURATE, INPUT-CURRENT-LIMITED BATTERY CHARGER OFFERS MOST COMPLETE SOLUTION
[MAX1908, MAX8724, MAX8765]
- POWER-SOURCE SELECTOR SIMPLIFIES DUAL-BATTERY OPERATION AND MINIMIZES SYSTEM COST
[MAX1538]
- SINGLE-CHIP, BATTERY-PACK CONTROLLER IS THE SMALLEST OVERALL SOLUTION AND PROVIDES THE HIGHEST ACCURACY
[MAX1781]
- 0.5% ACCURATE MULTICHEMISTRY BATTERY CHARGERS FOR SINGLE- AND DUAL-BATTERY SYSTEMS
[MAX1909, MAX8725]
- HIGH-PRECISION BATTERY FUEL GAUGE COSTS LESS THAN A $1.00, IS IDEAL FOR HANDHELD PRODUCTS
[DS2740]
- CURRENT-SENSE AMPLIFIERS FROM MAXIM ACHIEVE 0.1% ACCURACY WITH OPERATION UP TO 76V
[MAX4080, MAX4081]
- Li+ BATTERY-PACK PROTECTOR WITH INTEGRATED PROTECTION FUSE DRIVER
[MAX1906]
- BIDIRECTIONAL CURRENT-SENSE AMPS INCLUDE MIDPOINT REFERENCE
[MAX4069, MAX4070, MAX4071, MAX4072]
- SMALLEST Li+ PROTECTION SOLUTION ALSO OFFERS THE MOST COMPLETE FEATURE SET
[MAX1894, MAX1924]
- INDUSTRY'S MOST ACCURATE, SINGLE-CHIP, BATTERY-PACK CONTROLLER OFFERS THE SMALLEST OVERALL SOLUTION
[MAX1780]
- 0.7% ACCURATE, INPUT-CURRENT-LIMITED BATTERY CHARGER
[MAX1772]
- COMPLETE CURRENT-SENSE AMPLIFIER IN SOT23 CONSUMES JUST 30µA
[MAX4372, MAX4372F, MAX4372H, MAX4372T]
- ONE-CHIP SOLUTION FOR CHARGING LITHIUM-ION CELLS
[MAX1667]
- FIRST ±0.5% ACCURATE LITHIUM-ION CELL PROTECTOR INCREASES BATTERY PACK CAPACITY
[MAX1666A, MAX1666S, MAX1666V, MAX1666X]
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