Research & Development

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)

Solar power is no longer just a green alternative; it’s now a more affordable one. Battery technology has leveled the playing field, making solar a compelling choice for both individuals and businesses. (Source: Albaloshi - stock.adobe.com)

This article compares GaN HEMTs and SiC MOSFETs, two powerful transistors used in high-frequency and high-power applications, explaining their properties, pros, cons, and ideal uses. (Source: Natalia - stock.adobe.com)

Simulations can be crucial in characterizing the dynamic response of a converter and compensating it for optimal performance in closed-loop operation. (Source: Christophe Basso)

To reduce the risks during developments, and make it possible to work in parallel on the hardware and software of the converter, a replica of the future hardware was needed. (Source: ©industrieblick - stock.adobe.com)

Hardware-in-the-loop simulations integrate virtual models with real hardware to test control systems efficiently and safely. (Source: jovannig - stock.adobe.com)

PHiL simulation provides a virtual environment to test power electronics for grid applications, ensuring reliability and efficiency. Learn more about it here. (Source: hrui - stock.adobe.com)

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