New 3.3-kV mSiC modules from Microchip are meant to help accelerate the adoption of solid-state transformers in AI hyperscale data centers and other high-voltage power applications...
Sponsored by Texas Instruments: This article takes a deep dive into battery-management technology, particularly EIS, which is used to determine various parameters of the cell....
As power demand rises in electrified and automated systems, 48 V architectures offer a practical path to lower current, lighter wiring and lower power loss. Learn where LDOs remain...
USB4 Version 2.0 (USB4v2) introduces PAM3 signaling, tighter margins, and new PHY test challenges. Join Tektronix and Anritsu experts to learn proven Tx/Rx validation techniques...
The new eBook brings together insights from experts across the AI ecosystem, including specialists from onsemi, Amazon, Google, Meta, and Tesla, to explore how advances in power...
Next-gen comms platforms are shifting from FPGAs to ASIC-based architectures. How does custom silicon deliver major gains in power efficiency, integration, and long-term reliability...
This novel LiDAR system maps location, speed, and material properties in a single measurement, opening new possibilities for autonomous driving and robotics.
Melexis’ sensors can measure subtle changes in gas and liquid pressure, targeting thermal-management loops for EV batteries and low-pressure liquid cooling in AI data centers....
By identifying potential issues early, Arteris’ technology aims to reduce chip-level vulnerabilities that can be too difficult to fix after the device is fabricated.
A single invisible spark can render costly hardware useless. But there are ways to protect electronic designs against ESD and EOS, even the most unpredictable environments.