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NiMH Battery Charger Circuit

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Part # Distributor Manufacturer Product Category Description
DS2712Z+ Digi-Key Maxim Integrated Integrated Circuits (ICs) IC NIMH CHARGER 16SOIC
DS2715Z+ Digi-Key Maxim Integrated Integrated Circuits (ICs) IC NIMH CHARGER 16-SOIC
DS2712E+T&R Digi-Key Maxim Integrated Integrated Circuits (ICs) IC NIMH CHARGER 16TSSOP
LTC4010CFE#TRPBF Digi-Key Linear Technology Integrated Circuits (ICs) IC CHARGER NIMH/NICD 16-TSSOP
LTC4060EDHC#TRPBF Digi-Key Linear Technology Integrated Circuits (ICs) IC BATT CHARGER NIMH/NICD 16DFN

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  • Ni-MH Battery Charger Application Library
    , the. readings are sent to the PC for logging. The average. current received by each battery is the current set value. divided by the number of slots. Ni-MH Battery Charger Application Library App. Note AN1384. Ni-MH Battery Charger Application Library. The basic charger has a single power source
  • Smart Battery Charger with SMBus Interface
    This application note provides the schematics, software listings, and circuit board layout for a PIC16C73 based Smart Battery Charger. The Demo Board, DC101, is available to selected customers through Linear Technology Corp. product marketing. The DC101 (Figure 1) is the Smart Battery Charger (SBC
  • High-Speed Lithium Ion Battery Charger
    Driven by the need for untethered mobility and ease of use, many systems rely on rechargeable batteries as their primary power source. The battery charger is typically implemented using a fixed-function IC to control the charging current/voltage profile. The C8051F300 family provides a flexible
  • Designing Battery Charger using GAIA Converter 150W DC/DC Converter
    A battery charger is a device used to put energy. into a battery by forcing an electric current trhough. it. The charge current depends upon the. technology and capcity of the battery being. charged. There are 4 main battery technology types : * Lead Acid battery. * Nickel Cadmium (NiCd) battery
  • New Components and Design Methods Bring Intelligence to Battery Charger Applications
    batteries. must be stable over a large number of charge/. discharge cycles. It also must be able to store hydro-. Recommended Charging for NiMH. gen to obtain high energy density and battery capacity. Panasonic® recommends that its nickel metal hydride. The metal alloy must have high electrochemical
  • Designing Lithium-Ion Batteries for Military OEMs (.pdf)
    the battery will be exposed to. fast, automatic disconnection of cells from a. or other surrounding materials. faulty charger. Battery boxes are critical for several military. A safety vent should be built into the cell. applications to withstand extreme environ-. and operate when a cell's internal
  • Making Lithium-ion Batteries Meet MIL-STD-810 (.pdf)
    ,. As presented in Graphic B, the main components. typical discharge rate of approximately 30 percent per month. of a typical Li-ion battery pack includes; 1) the cells, 2). when in storage, and a rigid form factor. NiMH Cells operate. the Printed Circuit Board Assembly (PCA) providing the. effectively between
  • Li-ion Battery Temperature Trends During Charge and Discharge (.pdf)
    structures. Some charger architectures can has as low. as 70% conversion efficiency. Other sources of waste heat include protection. and gas gauge circuits inside the battery itself. The block. diagram below identifies these heat sources. They include. the Positive Temperature Coefficient thermistor (PTC

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