The same technology would also have applicability with the DoD. Example applications could include satellites, high attitude UAVs and aircraft, nuclear power plants (i.e. ship or submarine), or basically any electronic circuits requiring extended radiation hardness. This technology could also be applied in several DOE focused areas. The first and most obvious application would be the support electronics in a nuclear reactor. Another, potential area would be in support of electronics of a particle collider. There are also multiple places in industry where radiation hardened integrated circuits are needed. Some are not obvious as others. Certain medical equipment does require a degree of radiation tolerance. Apparently, some communication equipment and servers used in the banking industry have radiation mitigation requirements. Several NASA missions have been identified as prospective customers for technologies developed under this SBIR, although others are possible. The Constellation Program is one of NASA's new space programs which entail both manned and unmanned spaceflights beyond Earth. In support of the program spacecraft electronics will need to be radiation hardened against a TID effects and provide SEL immunity. Another potential Flagship program is the Europa Jupiter System Mission where the goal of the program is the general exploration of the Jupiter System, as well as, additional focus on Europa and Ganymede. The baseline mission consists of two orbiters, Jupiter Europa Orbiter and Jupiter Ganymede Orbiter. It is expected that the Jupiter Ganymede Orbiter will have experienced a TID of 5 Mrads after nine years in operation. Development of our rad-hard mitigation methods and rad-hard FPGA technology would be timely for consideration in these programs.
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Langley Research Center
(LaRC)
