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Trends in the Industry standard approach to the design and verification of systems for EMI/EMC compliance have become more focused on implementing broad scale unit-to-system level verification using specific test requirements from MIL-STD-461. Part I of this paper describes the Space Exploration Technologies tailored approach to achieve Falcon 9 launch vehicle self-compatibility, compatibility with...
Designing to the Eastern Launch Range lightning and tribo-electric charging environments requires specialized methods for coupling and damage susceptibility analysis, lightning simulation testing, and lightning and ESD monitoring and control. This paper describes the predictive analytical coupling and damage susceptibility methods, shielding and margin verification test methods and the control methods...
Trends in the Industry standard approach to the design and verification of systems for EMI/EMC compliance have become more focused on implementing broad scale unit-to system-level verification using specific test requirements from MIL-STD-461. This paper, Part II, describes the Space Exploration Technologies analysis and test verification methods used to achieve Falcon 9 launch vehicle self-compatibility...
Designing the Dragon COTS (Commercial Orbital Transfer System) for EMI/EMC interface compliance to the International Space Station (ISS) is a complex task. It involves designing Dragon for self-compatibility, compatibility with the Falcon 9 Launch Vehicle, designing to the LEO Space radiation environment, as well as interface compatibility to the ISS mechanical, electrical and RF interfaces. This...
In video and graphic digitizing applications, synthesizing a high-frequency clock from a very low-frequency is often needed. In these applications, the multiplication factor N could be very large (Nges1000). It is difficult for a conventional phase-locked-loop (PLL) to handle such a large N, due to the large amount of jitter at the low-frequency input. This paper presents a new method of frequency...
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