Search results for "microchip technology"

Advanced Rework Technology (A.R.T.) has produced a best practice guide to Surface Mount Technology (SMT) that provides insights and practical advice to help optimise the assembly line.

Provertha is expanding its circularconnector portfoliowith the new angledM12 Ruggedised connector series in straight and angled versions for PCB mounting using SMT connection technology (Surface Mounting Technology).

Hitachi High-Tech and The University of Tokyo (UTokyo) have been conducting joint research into practical applications of high-resolution Laser-PEEM developed by UTokyo in the semiconductor manufacturing process.

Ignion will present the latest addition to its portfolio: a multi-radio solution engineered to redefine RFconnectivity and simplify antenna integration. Visit Ignion’s experts at Electronica (booth B4.505) to learn more about this groundbreaking component and see how Virtual Antenna® technology accelerates IoT innovation.

LOPEC, the trade fair and conference forflexible, organic and printed electronics, will be opening its doors again in Munich from February 25 to 27, 2025.

The European Parliament has enhanced access to its archives by launching ‘Ask the EP Archives’, known as Archibot, a sophisticated AI tool powered by Anthropic’s Claude through Amazon Bedrock.

Kontronis using Intel N or Intel Core i3 N series processors and Intel Atom X7000 processors (code-named 'Alderlake N' or 'Amston Lake') in the new KBox A-151-AML/ADN, which offer particularly high processor and graphics capacity with low power dissipation and a strong price/performance ratio.

Empower Semiconductor, the global pioneer in integrated voltage regulators (IVRs), will demonstrate its new Crescendo platform with FinFast technology at electronica 2024, the global trade fair and conference for electronics.

A newadvance in health monitoringwhich uses radar to ‘listen’ to patients’ heart sounds with remarkable accuracy could lead to a new generation of contactless medical monitoring equipment.

Biomedical engineers from the University of Melbourne have developed a high-speed 3D bioprinting system capable of creating structures that closely mimic a range of human tissues, from soft brain tissue to tougher materials like cartilage and bone.