DT (Digital Twin) “perfectly mimics” a physical object. When it comes to power electronics, such a technology could enhance the design, save production time, and cut down on costs for manufacturing units and engineers. The article discusses a recent experiment that implements the digital twin approach to monitor and improve the functionality of three-phase power converters.

Pulse Width Modulation can promote Electromagnetic Interference problems in certain applications, resulting in malfunction and reduced performance of electronic devices. This article explains the drawbacks of PWM as a source of EMI generation and provides solutions to minimize it.

CMOS is the most basic type of inverter. In addition, most legacy chips are manufactured using the CMOS process. CMOS is both a device and a fabrication process. The article talks about CMOS devices and the CMOS fabrication process.

Held annually in Nuremberg, Germany, PCIM Europe acts as a meeting place for power electronics specialists from across the globe. As the industry continues to struggle with skills shortages and learns how to harness new technologies, we examine where the latest developments and innovations are taking place.

Have you ever heard about an electric pad charging smartphones without a wired cord? The answer is “Wireless Power Transfer”. Once a big project of Nikola Tesla, wireless power was a hypothetical concept in the early nineteenth and twentieth centuries- imagined to empower locomotives. The article explains wireless power with its present status and the scope for future developments.

While the three-nanometer chip is going to witness a shortage, people on the internet are talking about the chips produced through two-nanometer and one-nanometer processes. Chip-making giants like TSMC, Intel, Samsung Semiconductors, and many more have publicly announced plans to move to two-nanometer and one-nanometer nodes in the upcoming six years. The article explains the latest news about 2-nm and 1-nm chips with their actual meaning and features.

Hydrogen generated with the power of the sun could largely replace fossil fuels in the future, helping to lower carbon emissions. In the Neo-PEC joint research project, Fraunhofer specialists have developed a tandem module that is self-sufficient and reliable at producing solar-generated green hydrogen.

Semiconductor manufacturer Nexperia has announced plans to invest USD 200 million to develop the next generation of wide bandgap semiconductors such as silicon carbide and gallium nitride, and to establish production infrastructure at the Hamburg site.

Rolls-Royce has started, with a consortium of five companies and research institutes, to develop the necessary technologies for a highly efficient first-of-a-kind hydrogen combustion engine to drive combined heat and power systems.

ABB is celebrating the 100-year anniversary of the first-of-its-kind Miniature Circuit Breaker (MCB) in 2024, a significant milestone in protecting electrical circuits and evolving to meet the sustainability needs of the future. In the last century, the MCB facilitated electrical safety across sectors, from rail infrastructure to factories, commercial buildings, and data centers.