Space exploration has always demanded cutting-edge technology, reliability, and resilience. The latest breakthrough in power electronics, gallium nitride (GaN) technology, has emerged as a game-changer for space-based systems offering superior […]
EPC Space to host a Grand Opening ceremony for a new Andover, Massachusetts facility, showcasing radiation hardened power management solutions for critical spaceborne and other high reliability environments. Andover, MA.— […]
The space industry is undergoing a transformative shift to “New Space,” driven by the increasing demand for ubiquitous connectivity and the emergence of innovative business models. One of the key […]
Wine Down Friday with Bel Lazar, CEO of EPC Space Maurizio Di Paolo Emilio hosts Wine Down Friday with EPC Space CEO Bel Lazar to explore cutting-edge engineering and Gallium […]
Bringing GaN to the final frontier, EPC Space introduced two new radiation-hardened GaN transistors for high-current switching in space-based applications. As the number of commercial satellites continues to increase, designers […]
As more processing power and more complex loads are placed on-orbit or into deep space missions, it is sometime necessary to parallel two or more power switches. However, conventional power […]
EPC Space has introduced radiation-hardened gallium nitride devices for space-borne power converters and other rugged environments. Electronics WeeklyAugust, 2023Read article
GaN devices offer a plethora of benefits that align well with the demands of the space industry, addressing challenges related to reliability, radiation survivability, and space heritage. Power Electronics NewsAugust, […]
EPC Space introduces two new radiation-hardened (rad-hard) gallium nitride (GaN) devices in the high current “G-package” family for power conversion solutions in critical spaceborne and other high reliability environments. Andover, […]
GaN power devices should be the ideal choice for power conversion applications in space because they are more robust than rad hard MOSFETs when exposed to various forms of radiation. […]