batteries

LITHIUM COIN CELL CHARGER FOR RECHARGEABLE COIN BATTERIES

LITHIUM COIN CELL CHARGER FOR RECHARGEABLE COIN BATTERIES

This versatile charger has been designed to charge Lithium Coin Cell Rechargeable CR2016/CR2025/CR2032 Coin Batteries. Just insert the battery to the holder, and plug in to any USB port to recharge, D3 Power LED, D1 LED indicates the charge cycle. The board has been designed to use dual chips, either BQ21040 IC from Texas instruments or MCP73831 from Microchip

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THERMAL PACKAGED MOSFET TARGETS E BIKE POWER SYSTEMS

THERMAL-PACKAGED MOSFET TARGETS E-BIKE POWER SYSTEMS

Analog and mixed-signal semiconductor company MagnaChip Semiconductor (Cheongju-si, South Korea) has announced the release of a 100-V mid-voltage MOSFET with a new thermal package designed for the fast-growing electric bike (e-bike) market. The MOSFET is housed in a M2PAK-7P package suitable to meet the particular requirements of electric bike (e-bike) systems, which are powered by electric motors

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ULTRA SMALL QUIESCENT CURRENT DC DC CONVERTERS FOR IOT AND WEARABLE DEVICES

ULTRA SMALL QUIESCENT CURRENT DC/DC CONVERTERS FOR IOT AND WEARABLE DEVICES

Ricoh Electronic Devices launched RP516 and RP517 series, buck (step-down) DC/DC converters featuring ultra-low output voltage (0.3 V to 1.2 V) and ultra-low quiescent current (typically 0.3 ”A). The new converters are designed for IoT systems. As the IoT market expands, IoT devices with sensors, MCUs, communication ICs, etc. are required to correspond to low voltage to prolong the operating time of the

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THE SEMI RUGGED RTC 1010M DO MORE WITH THE TABLET BUILT FOR WORK

THE SEMI-RUGGED RTC-1010M: DO MORE WITH THE TABLET BUILT FOR WORK

10.1″ Semi-rugged Tablet Features With Intel¼ N3350 / N4200 Processor With Windows¼ / Android AAEON, a major developer in Industrial Rugged Tablet Solutions, announces the RTC-1010M Semi-Rugged Tablet. The RTC-1010M builds on AAEON’s experience in rugged tablet design. Featuring a 10.1” sunlight readable screen, IP54 certification and a wide range of options and features, the RTC-1010M

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App note Lithium ion battery charger using C8051F300

App note: Lithium ion battery charger using C8051F300

Introduction Driven by the need for untethered mobility and ease of use, many systems rely on rechargable bat- teries as their primary power source. The battery charging circuitry for th ese systems is typically implemented using a fixed- function IC to control the charging current/voltage profile. The C8051F30x family provides a flexible alterna- tive to

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Rechargeable Magnesium Batteries – Safer And Cheaper Than Li ion Batteries

Rechargeable Magnesium Batteries – Safer And Cheaper Than Li-ion Batteries

Researchers at the University of Houston reported in the journal Nature Communications the discovery of a new design that significantly improves the development of a battery based on magnesium. Magnesium batteries are considered as safe resources of power supply – unlike traditional lithium-ion batteries. They are not flammable or subject to exploding – but their ability to store energy is

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Carrageenan, a seaweed derivative, can stabilize lithium-sulfur batteries surprisingly

Lithium-sulfur batteries are suitable for both vehicle and grid applications as they are ultra-cheap, high-energy devices. Sulfur is a very low-cost material and the energy capacity is much higher than that of lithium-ion. So, lithium-sulfur is one chemistry that can possibly meet the demand for energy storage at a cheap price. However, the serious problem is, lithium-sulfur

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