The Multi-KW DC Distribution System Technology Research Study is the third phase of the NASA/MSFC study program. The purpose of this contract was to complete the design of the integrated technology test facility, provide test planning, support test operations and evaluate test results. The subjet of this study is a continuation of this contract. The purpose of this continuation is to study and analyze high voltage system safety, to determine optimum voltage levels versus power, to identify power distribution system components which require development for higher voltage systems and finally to determine what modifications must be made to the Power Distribution System Simulator (PDSS) to demonstrate 300 Vdc distribution capability
This presentation describes the NASA GRC Multifunctional Materials Team activities in high voltage m...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
It is technically feasible to design a satellite communication system to serve the United States ele...
The first phase of the Multi-kw dc Power Distribution Technology Program is reported and involves th...
A detailed definition of the HVDC test facility and the equipment required to implement the test pro...
Power distribution system noise and transient stress on switchgear in large space vehicle power syst...
Three types of solid state power controllers (SSPC's) for high voltage, high power DC system applica...
Developing suitable solid state power controllers for space vehicles electrical power system
High frequency power distribution and management is a technology ready state of development. As such...
Space power components including a family of bipolar power switching transistors, fast switching pow...
Electrical power subsystem requirements, power management system functional requirements, algorithms...
The power system architecture is presented by a series of schematics which illustrate the power mana...
Space electric power systems - specific weight, voltage, and power data for systems desig
High voltage hybrid electric propulsion systems are now pushing new technology development efforts f...
The preliminary requirements and technology advances required for cost effective space power managem...
This presentation describes the NASA GRC Multifunctional Materials Team activities in high voltage m...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
It is technically feasible to design a satellite communication system to serve the United States ele...
The first phase of the Multi-kw dc Power Distribution Technology Program is reported and involves th...
A detailed definition of the HVDC test facility and the equipment required to implement the test pro...
Power distribution system noise and transient stress on switchgear in large space vehicle power syst...
Three types of solid state power controllers (SSPC's) for high voltage, high power DC system applica...
Developing suitable solid state power controllers for space vehicles electrical power system
High frequency power distribution and management is a technology ready state of development. As such...
Space power components including a family of bipolar power switching transistors, fast switching pow...
Electrical power subsystem requirements, power management system functional requirements, algorithms...
The power system architecture is presented by a series of schematics which illustrate the power mana...
Space electric power systems - specific weight, voltage, and power data for systems desig
High voltage hybrid electric propulsion systems are now pushing new technology development efforts f...
The preliminary requirements and technology advances required for cost effective space power managem...
This presentation describes the NASA GRC Multifunctional Materials Team activities in high voltage m...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
It is technically feasible to design a satellite communication system to serve the United States ele...