The Technology Dynamics CP-RK-BBU Series DC-UPS power supply systems are designed to provide clean, uninterrupted power to critical DC loads in the event of AC (utility) power loss.
The US National Science Foundation has awarded a US$219,312, two-year grant to push forward research into cutting-edge lithium-oxygen batteries.
RECOM's REC15E-Z series of 15 W isolated DC/DC converters features wide input ranges in a 1″ x 1″ case size. This is intended to save PCB space, while the wide input ranges increase flexibility by accepting several standard bus voltages.
MORNSUN has added four series of DC converters, all with dual isolated regulated outputs, to the R3 DC/DC wide-input converter family.
Researchers have successfully manufactured various kinds of battery shapes — such as ring-type, H-shape and U-shape — using 3D printing technology.
A newly synthesised molecule assembles itself into a monolayer which can cover a variety of surfaces and can function as a hole-transporting material in a perovskite solar cell.
Renesas Electronics' ISL9241 USB-C buck-boost battery charger supports both Narrow Voltage Direct Charging (NVDC) and Hybrid Power Buck-Boost (HPBB) charging for notebooks, ultrabooks, tablets and power banks using the reversible USB Type-C connector cable.
Scientists demonstrated a strategy for designing active materials for rechargeable aluminium-ion batteries, bringing us closer to making the science behind the technology work.
Neil Oliver explains how battery manufacturers can play a role in improving the safety and security of medical devices.
The development of the electrolyte marks one step towards improving aluminium battery technology and making it suitable for commercial use.
While there are many wide input voltage AC/DC power supplies on the market, this article will explain why a new low-power AC/DC converter with a 6:1 input voltage range was developed.
Researchers have developed a permanent, wireless self-charging platform for low-power wearable electronics by converting near-infrared band irradiation to electrical energy.
Powering wearable sensors without wires calls for pliable batteries that can adapt to the specific material and deliver the power the system requires.