Researchers found a way to turn chemical reactions that normally degrade battery performance into a mechanism which improves stability and ion transport. A newly designed magnesium-tin alloy is ...
How can engineers build reliable, real-time systems for complex urban environments? Explore the key design choices shaping ...
STMicroelectronics said a single L9963F can be deployed in 48- to 96-V battery packs. However, they could also be stacked to ...
This smart power bank for portable electronics integrates a photovoltaic input with other power-supply sources and battery ...
A recent conversation with an audiologist-turned-entrepreneur reveals how he used out-of-the-box thinking to design a new type of featherweight headset that protects pilots’ ...
Developing high-quality software isn’t an easy task nor is it cheap. Still, fixing bugs in the field is a lot more expensive ...
Analog Devices (ADI) said it agreed to buy power chip startup Empower Semiconductor in a $1.5 billion all-cash deal, aiming ...
This FAQ introduces and explains the new eUSB2 and eUSB2V2 standards, targeted at inside-the-box connections within AI PCs and other edge AI applications. If eUSB2 — or its newer variant, eUSB2V2 — is ...
Welcome to Electronic Design's weekly publication where you can find the latest articles, videos, and podcasts. Think of it ...
MISRA C compliance succeeds when teams understand its safety purpose, apply it pragmatically, and build it into daily ...
To keep pace with modern design cycles and more complex hardware, the role of physics in the workflow must change.
Why SiC power devices are inherently susceptible to voltage transients and parasitic oscillations. What causes parasitics in power-converter designs and how they cause ringing and generate EMI. How ...
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