Add to ORKGThis document represents a presentation which examines the wide and low-temperature electronics required for NanoSatellites. In the past, larger spacecraft used Radioisotope Heating Units (RHU's). The advantage of the use of these electronics is that they could eliminate or reduce the requirement for RHU's, reduce system weight and simplify spacecraft design by eliminating containment/support structures for RHU's. The Glenn Research Center's Wide/Low Temperature Power Electronics Program supports the development of power systems capable of reliable, efficient operation over wide and low temperature ranges. Included charts review the successes and failures of various electronic devices, the IRF541 HEXFET, The NE76118n-Channel GaAS MESFET, th...
Electronic systems capable of extreme temperature operation are required for many future NASA space ...
Electrical power management and control systems designed for use in planetary exploration missions a...
Many future NASA missions will require electronic parts and circuits that can operate reliably and e...
Planetary exploration missions and deep space probes require electrical power management and control...
Electronic circuits and systems designed for deep space missions need to operate reliably and effici...
In many future NASA missions, such as deep space planetary exploration and the Next Generation Space...
Electronic components and systems capable of low-temperature operation are needed for many future NA...
The operation of electronic systems at cryogenic temperatures is anticipated for many future NASA sp...
The operation of electronic systems at cryogenic temperatures is anticipated for many NASA spacecraf...
Electronic systems that are capable of operating at cryogenic temperatures will be needed for many f...
Planetary exploration missions and deep space probes require electrical power management and control...
Deep space probes and planetary exploration missions require electrical power management and control...
Deep space probes and planetary exploration missions require electrical power management and control...
Electronic components and systems capable of operation at cryogenic temperatures are anticipated in ...
NASA Lewis Research Center is developing the enabling technologies for a cryogenic power system in c...
Electronic systems capable of extreme temperature operation are required for many future NASA space ...
Electrical power management and control systems designed for use in planetary exploration missions a...
Many future NASA missions will require electronic parts and circuits that can operate reliably and e...
Planetary exploration missions and deep space probes require electrical power management and control...
Electronic circuits and systems designed for deep space missions need to operate reliably and effici...
In many future NASA missions, such as deep space planetary exploration and the Next Generation Space...
Electronic components and systems capable of low-temperature operation are needed for many future NA...
The operation of electronic systems at cryogenic temperatures is anticipated for many future NASA sp...
The operation of electronic systems at cryogenic temperatures is anticipated for many NASA spacecraf...
Electronic systems that are capable of operating at cryogenic temperatures will be needed for many f...
Planetary exploration missions and deep space probes require electrical power management and control...
Deep space probes and planetary exploration missions require electrical power management and control...
Deep space probes and planetary exploration missions require electrical power management and control...
Electronic components and systems capable of operation at cryogenic temperatures are anticipated in ...
NASA Lewis Research Center is developing the enabling technologies for a cryogenic power system in c...
Electronic systems capable of extreme temperature operation are required for many future NASA space ...
Electrical power management and control systems designed for use in planetary exploration missions a...
Many future NASA missions will require electronic parts and circuits that can operate reliably and e...