Ultra Low Power, Radiation Tolerant UHF Radio Technologies for In Situ Communication Applications

Details Ultra Low Power, Radiation Tolerant UHF Radio Technologies for In Situ Communication Applications Ultra Low Power, Radiation Tolerant UHF Radio Technologies for In Situ Communication Applications

Jan 2001

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2001iaop.work...50l&link_type=abstract

Forum on Innovative Approaches to Outer Planetary Exploration 2001-2020, p. 50

Physics

Transmitter Receivers, Radio Communication, Space Communication, Mission Planning, Ultrahigh Frequencies, Deep Space, Cmos, Data Links, Radiation Tolerance

Scientific paper

For future deep space missions, significant reductions in the mass and power requirements for short-range telecommunication systems will be critical in enabling a wide variety of new mission concepts. These possibilities include penetrators, gliders, miniature rovers, and sensor networks. Under joint funding from NASA's Cross Enterprise and JPL's Telecommunications and Mission technology programs, recent development activity has focused on the design of ultralow mass and power transceiver systems and subsystems suitable for operation in a flight environment. For these efforts, the functionality of the transceiver has been targeted towards a specific Mars communications scenario. However, the overall architecture is well suited to any short or medium range application where a remote probe will aperiodically communicate with a base station, possibly an orbiter, for the eventual purpose of relaying science information back to Earth. In 2001, these sponsors have been augmented with collaborative expertise and funding from JPL's Center for Integrated Space Microsystems in order to migrate existing concepts and designs to a System on a Chip (SOAC) solution. Additional information is contained in the original extended abstract.

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