May 12, 2025 - Electronic Design Today

Software-defined vehicles can utilize open-source software, but it needs to be certifiable.

Gallium nitride has proven to be an exceptional alternative to silicon, especially in devices bound for outer space.

Extended-range EVs act like traditional EVs powered by batteries, but they’re charging from a running ICE while the vehicle is in motion. Half the U.S. market demand will be for...

Explore how SiC and GaN are redefining power-supply design to meet the growing demands of AI SoCs.

eFuses integrate power switches, digital controllers, current sensing, and all of the other smarts for hot swapping in a single chip. For TI, they represent the future of circuit...

Is high-voltage DC (HVDC) the future of power distribution in data centers? If so, power-supply designers will have to work through a lot of challenges to make it a reality.

Learn more about integrating GaN power FETs into switch-mode power supplies and what you must change when upgrading from silicon MOSFETs.

In this Q&A, Vicor contends that ±400-V DC power distribution to AI racks in data centers is inevitable.

Pickering and Microchip march on with new electromechanical solutions that handle tasks which are still a struggle for their solid-state counterparts.

SETI combines cutting-edge radio astronomy, data science, and planetary research in a global effort to detect signs of intelligent life in the universe.

The automotive-grade resistors from Vishay offer high pulse absorption, power dissipation of 150 W, and a clip-mount package for direct mounting on a heatsink.

ASE's powerSiP technology redesigns power delivery with a vertically integrated, multi-stage VRM that reduces power losses and boosts current density.

Engineers use lots of specialized charts. Which ones do you know?

The MCP16701 PMIC from Microchip integrates buck converters, low-dropout voltage regulators, and a controller.

Take a look at some of the smallest and most advanced microelectronic innovations pushing the boundaries of size, speed, and performance across AI, storage, and quantum computing...

Infineon’s latest IGBT and RC-IGBT devices offer lower losses, improved performance, and reliability for electric-vehicle drivetrains and more.

Combining a buck-boost topology and Silent Switcher technology brings very low EMI at the highest power-conversion efficiency.

The MIT-GE Vernova Energy and Climate Alliance will collaborate on research, education, and developing career opportunities related to sustainable energy systems.

Organic TFTs are shaking up the display world, offering flexible new design possibilities that challenge the long-standing dominance of amorphous-silicon transistors.

Gain insight into network resiliency in industrial Ethernet switching and how it helps minimize downtime, as well as key strategies like redundancy to keep critical systems running...

From the very first Cold War Geiger counters that were Sputnik and Explorer-1, to the autonomous robots of Mars, asteroid missions, telescopes, and the Voyager craft now outside...

Multiple motors and independent control of each wheel of an EV provides optimal performance and handling. But the complexities of implementation should be understood so that results...

We look at the various configurations of batteries, electric motors, and internal combustion engines that can be used to construct a hybrid propulsion system.