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2016 |
Data acquisition performance for deep space communications in solar probe plus frontier radio Radio receivers for deep space telecommunications require tracking loops that are robust in low signal-to-noise ratio conditions for not only carrier tracking, but also subcarrier tracking and bit synchronization. However, the loop band-widths must not be too narrow so as to accommodate Doppler dynamics, oscillator drift, and requirements for expedient and reliable data acquisition. The present work describes the data acquisition performance of Frontier Radio for the NASA Solar Probe Plus mission. The data acquisition time i ... Kufahl, Katelyn; Adams, Norman; Kirschner, William; Published by: IEEE Aerospace Conference Proceedings Published on: Automation; Clocks; NASA; Probes; Remote control; Signal receivers; Signal to noise ratio; Testing; Wages; Parker Engineering |
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