May 5, 2025 - Electronic Design Today

It can be difficult to keep EV electronics dry, but a wide range of available technologies provides many options for achieving success.

Allegro’s latest current sensors and fan driver ICs help boost performance and energy efficiency for automotive and industrial applications.

A precision preamplifier is the key interface between a current-sense resistor and associated measurement.

Check out the real-world technologies inspired by the Star Wars legacy in recognition of “May the Fourth.”

The Ceva-XC23 DSP core has two independent execution threads and a dynamic scheduled vector-processor.

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...

Thanks to its magnetic-field detection in X, Y, and Z directions, Diodes Inc.’s automotive-qualified AH4930Q is able to measure three-dimensional, linear, and rotation movements...

Equipped with a C/C++ interface that has its own query functions, ITTIA’s DB Lite takes on embedded real-time database challenges.

Learn about motor types, their strengths, weaknesses, and construction, as well as the application areas where axial-flux motors are optimal solutions for delivering motive energy...

Develop IoT solutions leveraging in-sensor AI and ST components using the machine-learning core of the company's MEMS sensors to deploy sensor-to-cloud solutions.

Attempts to boost power density become a juggling act to get the most functionality into the least space while managing thermal issues, reliability, and EMI.

MediaTek’s Dimensity 9400+ brings AI performance to high-end smartphones.

Texas Instruments’s latest microcontroller is claimed to be the smallest available, delivering size and performance benefits for compact applications such as medical wearables...

ITEN’s lithium-ion battery advance, which combines the advantages of batteries and supercapacitors, is said to achieve a 200C discharge rate.

Two very different technologies—graphene and lasers—combine to upconvert signals into the terahertz band.

Cable length and link technology play crucial roles in Ethernet performance and efficiency.