Learn how purpose-built embedded Linux distributions can provide the smaller footprint, longer support lifecycle, and high reliability necessary for the intelligent edge.
A device designer faces many choices when determining how to architect an embedded solution. The Linux operating system offers faster innovation with artificial intelligence (AI) and machine learning, high levels of security, standards that are common across all industries, flexibility and adaptability for many use cases, and cloud-native and DevOps support.
But it doesn’t come without challenges. Is it worth it to invest in supporting Linux for several years? What about the number of common vulnerabilities and exposures (CVEs) that come up constantly throughout the product lifecycle?
The flyback topology is a versatile, widely used, switched-mode power-supply design with some interesting characteristics that brings performance and BOM advantages to many applications...
Stricter guidelines imposed by version 3 of the IEC standard for harmonic current emissions push designers to embrace power-factor-correction methodologies.
In order to properly evaluate, certify, and optimize the power infrastructure of devices, programmable power supplies and loads are vital tools in testing products, from low-power...
