When designing a system, one of the most important design decisions is choosing what voltage domain(s) to use. Some voltage domains, such as 5 V, are good for noisy and harsh operating environments ...

Microcontrollers (MCUs) have widely been considered the workhorses of embedded design – responsible for reading inputs, controlling outputs ...

As a result, this project is set up as a how-to for others looking to dive further into the world of microcontrollers that don’t have the same hand-holding setup as the Arduino. To take care of the ...

It seems like there’s an almost unlimited array of microcontrollers—from low-cost 8-bit varieties to high-performance 32/64 multicore systems. While some systems require little thought beyond cost or ...

It’s generally pretty easy to spot a microcontroller on a PCB. There are clues aplenty: the more-or-less central location, the nearby crystal oscillator, the maze of supporting passives, and perhaps ...

We used to need SBCs for these projects; modern microcontrollers handle them more easily and inexpensively while being easier to maintain.

Designed for work in circuits with varied voltage levels. Until recently, a very common problem faced by electronic circuit designers was the difference in supply voltage standards between ...

New family of MCUs helps automakers shift to SDVs with a range of zonal and electrification architectures Combines leading-edge core performance with embedded MRAM memory to enable ECU consolidation ...

This article is part of our reviews of AI research papers, a series of posts that explore the latest findings in artificial intelligence. Deep learning models owe their initial success to large ...

Throughout the electronics industry, the push to develop more complex systems in shorter timeframes is forcing semiconductor companies to devise techniques that make it simpler to complete control ...