Session
Technical Session XI: Advanced Technologies II
Location
Utah State University, Logan, UT
Abstract
As we pursue the advancement of small satellites for space missions with more capabilities, there is a significant need for cutting-edge, modularly configurable, high density power converters. This article proposes a fixed switching frequency, high efficiency, compact isolated converter for sensitive loads such as radar, communication systems, or other instruments on small satellites.
Soft-Switching GaN-Based Isolated Power Conversion System for Small Satellites with Wide Input Voltage Range
Utah State University, Logan, UT
As we pursue the advancement of small satellites for space missions with more capabilities, there is a significant need for cutting-edge, modularly configurable, high density power converters. This article proposes a fixed switching frequency, high efficiency, compact isolated converter for sensitive loads such as radar, communication systems, or other instruments on small satellites.
