Tag: Battery

NGK INSULATORS, LTD. (hereinafter “NGK”) has developed an evaluation system that visualizes the conditions of Li-ion rechargeable “EnerCera®” batteries, including remaining battery capacity, together with ON Semiconductor Corporation (Headquarters: Arizona, U.S., hereinafter...

By transforming MXene-enhanced textiles into supercapacitors, a team of researchers from Drexel University and Accenture Labs have developed a flexible "patch" that could help power future wearables. Dr.Yury Gogotsi, a professor in the College of Engineering at Drexel University,...

ITEN, the specialist in the manufacturing and selling of energy and power solutions, has unveiled a really tiny battery that may soon replace non-rechargeable batteries found in most electronic designs — something that could solve the power supply issues in many different use...

Author: Irena Antoniuk, Technical Documentation Apps Engineer, Renesas Electronics Cover photo: www.depositphotos.com Introduction This article aims to demonstrate how to design a dog chaser. The system is designed using the HVPAK™ SLG47105V macrocells and other internal and...

Torex Semiconductor XC6810 Linear Charger IC for Li-ion Batteries comes in an ultra-small (1.17mm x 1.57mm x 0.33mm) WLP-12-01 package that is compatible with wireless charging and contact power supplies. The charging current (1mA to 25mA) provides a wide 3.8V to 4.4V charging voltage...

A rechargeable battery’s load should be disconnected at the point of complete discharge, to avoid a further (deep) discharge that can shorten its life or destroy it. Because a battery’s terminal voltage recovers when you disconnect the load, you can’t simply disconnect the load...

Torex Semiconductor has launched XC6810 series, a multifunctional compact charging IC for lithium-ion batteries that supports wireless power transfer. The XC6810 series are small charging ICs for Li-ion batteries, suitable for wearables, hearables, or IoT devices. It has various...

The project presented here is capable of supplying 400mA of current from a 3.7V Li-Ion/Li-Po Battery input with a 5V output. The converter has an internal soft start and internal frequency compensation features. The project is built using LTC3426 SOT23-6 chip. The LTC3426 chip is in a...