Learn about the methodology and tools for AI-driven arc fault detection to create real-time classification on MCUs, improving ...
Electronic Design’s Lee Goldberg shares a close and personal look at Bristell’s Energic electric sport plane, which promises ...
How multi-modal generative AI integrates physics-based constraints to produce synthetic sensor telemetry with 90% fidelity, reducing the dependency on manual data collection by nearly 80%. The ...
A monolithic 1,200-V silicon snubber circuit from Melexis is designed to drive up the performance of SiC power modules used ...
Physical artificial intelligence (AI) typically equates to robotics or some variation thereof. One of the key components of ...
This FAQ introduces and explains the new eUSB2 and eUSB2V2 standards, targeted at inside-the-box connections within AI PCs ...
MISRA C compliance succeeds when teams understand its safety purpose, apply it pragmatically, and build it into daily ...
The wide applicability of transmit amplifiers in the 1.5- to 2.7-GHz range. The key performance specifications of this new ...
To keep pace with modern design cycles and more complex hardware, the role of physics in the workflow must change.
Switching noise in power converters can be difficult to eliminate. However, a well-designed and optimized snubber circuit ...
Understand how lockstep architecture improves fault detection, redundancy, and real-time reliability in safety-critical microcontroller systems. Explore the applications of lockstep processors in ...
Last year’s Salary Survey delivered some eye-opening results. We’ve got a synopsis of them from three publications in our ...
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