France’s Électronique 2030 program commits €5B+ to revitalize its semiconductor industry. Learn the details of this ambitious effort, and the market challenges it’s facing.
In this article, we'll explore how modal analysis can be applied to problems of balance and common-mode current.
Learn how Safran MS1000T MEMS accelerometers support precise, reliable measurements for directional drilling, MWD systems, and harsh high-temperature environments.
Register now for your chance to win an STM32 Nucleo-64 development board from STMicroelectronics and Avnet SILICA.
Spectral sensing is emerging as an alternative to imaging for material identification and state detection across industrial, consumer, and medical applications. However, adoption has been challenged by cost, scalability, and design complexity.
This article explores the advantages of using both radar and camera systems in the cabin of a vehicle. It also gives some ideas as to what all-in-one solutions could look like.
Discover how advanced MEMS accelerometers enable precision positioning, stabilization, and motion sensing across aerospace, industrial, marine, and robotics applications.
This project brief explains how to construct a PCB-based audio-processing platform with an ATmega328 microcontroller. A link to Arduino code for creating an…
Two new CoolGaN BDS additions replace back-to-back silicon MOSFET pairs with chip-scale packages.
A new prototype tracks pulse transit time at four points on the body using millimeter-wave chirps and neural networks, pointing toward ambient at-home heart monitoring.
The new gate drivers combine ultra-low standby power, integrated analog functions, and SPI-based configuration to simplify brushless motor designs in…
The new SDG8000A series delivers functionality for DC-to-5-GHz signal synthesis for advanced RF and high-speed digital applications.
At Computex, Intel described the CPU as the control plane for agentic workloads, pairing new processors and network controllers with fresh details on its inference GPU.
Registered at JEDEC in 1968 as a tighter-spec successor to the 1N914, the 1N4148 became the most widely produced switching diode in history.