A new emphasis on planetary exploration by NASA drives the need for small, high power DC/DC converters which are functionally modular. NASA GSFC and other government space organizations are supporting technology development in the DC/DC converter area to both meet new needs and to promote more sources of supply. New technologies which enable miniaturization such as embedded passive technologies and thermal management using high thermal conductivity materials are features of the new designs. Construction of some simple DC/DC converter core circuits using embedded components was found to be successful for increasing volumetric efficiency to 37 W/inch. The embedded passives were also able to perform satisfactorily in this application in cryoge...
A regulated dc-to-dc converter requires negligible standby power for the operation of critical elect...
Design of high frequency dc-dc converter modules for power conditioning subsystems, and control syst...
In the new climate of smaller, faster, and cheaper space science satellites, a new power system topo...
Large power conditioning mass reductions will be required to enable megawatt power systems envisione...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
NESC saw the need to study the persistent failure of DC/DC Converters during ground testing and in f...
The technological developments required to reduce the electrical power system component weights from...
Three types of solid state power controllers (SSPC's) for high voltage, high power DC system applica...
NASA's dynamic power convertor development in support of high-efficiency RPS is progressing as plann...
Low-temperature (77 K) operation of a 42/28 V, 175 W, 50 kHz PWM Buck DC/DC converter designed with ...
The Lewis/OAST program for the development of Component Technology for Space Power Systems is descri...
The operation of electronic systems at cryogenic temperatures is anticipated for many NASA spacecraf...
Direct current converters used in space electric power system for nuclear-electric power suppl
A modular, multiple output power converter was developed in order to reduce costs of space hardware ...
Electronic circuits and systems designed for deep space missions need to operate reliably and effici...
A regulated dc-to-dc converter requires negligible standby power for the operation of critical elect...
Design of high frequency dc-dc converter modules for power conditioning subsystems, and control syst...
In the new climate of smaller, faster, and cheaper space science satellites, a new power system topo...
Large power conditioning mass reductions will be required to enable megawatt power systems envisione...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
NESC saw the need to study the persistent failure of DC/DC Converters during ground testing and in f...
The technological developments required to reduce the electrical power system component weights from...
Three types of solid state power controllers (SSPC's) for high voltage, high power DC system applica...
NASA's dynamic power convertor development in support of high-efficiency RPS is progressing as plann...
Low-temperature (77 K) operation of a 42/28 V, 175 W, 50 kHz PWM Buck DC/DC converter designed with ...
The Lewis/OAST program for the development of Component Technology for Space Power Systems is descri...
The operation of electronic systems at cryogenic temperatures is anticipated for many NASA spacecraf...
Direct current converters used in space electric power system for nuclear-electric power suppl
A modular, multiple output power converter was developed in order to reduce costs of space hardware ...
Electronic circuits and systems designed for deep space missions need to operate reliably and effici...
A regulated dc-to-dc converter requires negligible standby power for the operation of critical elect...
Design of high frequency dc-dc converter modules for power conditioning subsystems, and control syst...
In the new climate of smaller, faster, and cheaper space science satellites, a new power system topo...