Digitalization replaces conventional substations with smart, standards-based systems to address modern grid demands through interoperability, deterministic Ethernet messaging, and time synchronization.
Learn how GaN technology enables a low-cost, low-profile 6 kW, 800 VDC to 12.5 VDC converter using an ISOP LLC topology. This meets the design needs of next-gen, MW-scale AI server infrastructure.
The CUZ56V, CUZ62V, CUZ68V, and CUZ75V target long-pulse switching surges and induced lightning events in data centers, networks, and industrial supplies.
The article outlines how digital twins, predictive control, neural networks and Power-HIL turn power electronics into active SOA components, adding reliability and lifetime benefits to sustainable automotive systems.
The silicon carbide gate drivers and an ultra-low-loss isolated current sensor can improve efficiency and power density in high-voltage systems.
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Toshiba has expanded its lineup with the TC75W71FU dual comparator with a 30-45 ns response and rail‑to‑rail I/O for safer overcurrent detection.
In the final part of this series, we examine substation design practices for managing two critical issues: oil containment and noise control.
In Part 3 of this series, we look at how embedding a boost converter within a board-mounted module reduces the required capacitor value for a given hold-up time.
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