Research & Development

AC to DC conversion is fundamental in modern electronics and power systems, enabling AC power from outlets to be converted to DC. (Source: BillionPhotos.com - stock.adobe.com)

The tiny nanoSPECTRAL chip: Its compact design shows how modern spectroscopy technology fits into a minimum of space. Despite its small size, the chip enables precise spectral measurements and is easy to integrate into existing systems. Learn more about this here. (Source: Fraunhofer IIS)

Researchers utilize machine learning to accelerate the development of sodium-ion batteries, a promising alternative to lithium-ion batteries. Learn more about this here! (Source: Mladen - stock.adobe.com)

Innovative zinc-ion battery cells with water-based electrolytes. Read more about this here. (Source: Fraunhofer ISE)

Capacitor selection in power electronics requires careful consideration of ripple current to ensure reliable performance and prevent premature failure. Learn more about this here. (Source: surasak - stock.adobe.com)

Salt batteries, a safer and longer-lasting alternative to lithium-ion, are being researched for various applications. Learn more about this here. (Source: Empa)

The Graetz bridge, a common rectifier circuit, is used in HVDC converters to convert AC to pulsating DC with improved performance through a 12-pulse configuration. (Source: frog - stock.adobe.com)

A closer look at the process: Dicing a 12-inch wafer to produce high-performance chips. Learn more about this here. (Source: Mitsubishi Electric Corporation)

Three-phase transformers are essential for efficiently transmitting and distributing large amounts of electrical power, playing a vital role in powering commercial and industrial areas. (Source: Filipp - stock.adobe.com)

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