Add to ORKGFurther study of Y-matrix and Z-matrix configuration has led to development of efficient, dependable high-quality gyrators. Efficiency of new gyrators may approach theoretical limit of 78.5% with further improvements. Both designs are comparatively easy to integrate by implementing technology used with conventional operational amplifiers
The steady state characteristics and starting behavior of some widely used self-oscillating magnetic...
An improved ac power supply for a CO2 laser which eliminates the need for ballast resistors to excit...
High efficiency conversion, regulation, and filtering techniques are discussed for power using high ...
Gyrator circuit is especially useful in integrated circuits for such purposes as simulating inductor...
Gyrator circuits using only transistors, capacitors, and resistors which can replace both grounded a...
A transistorized regulator converter efficiently converts fluctuating input voltages to a constant o...
The progress to date on the analysis and design of a high power, digitally controlled spacecraft pow...
Large power conditioning mass reductions will be required to enable megawatt power systems envisione...
Power converter, using an inverted flyback technique, transfers electrical energy at a constant rate...
This paper will provide a classification of high efficiency switching power-gyrator structures and t...
The power factor controller, and energy-saving device for electric motors, is presented. The commerc...
The Component Development Division of the Propulsion Laboratory at Marshall Space Flight Center (MSF...
NASA's dynamic power convertor development in support of high-efficiency RPS is progressing as plann...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
NASA's dynamic power convertor development in support of high-efficiency RPS is progressing as plann...
The steady state characteristics and starting behavior of some widely used self-oscillating magnetic...
An improved ac power supply for a CO2 laser which eliminates the need for ballast resistors to excit...
High efficiency conversion, regulation, and filtering techniques are discussed for power using high ...
Gyrator circuit is especially useful in integrated circuits for such purposes as simulating inductor...
Gyrator circuits using only transistors, capacitors, and resistors which can replace both grounded a...
A transistorized regulator converter efficiently converts fluctuating input voltages to a constant o...
The progress to date on the analysis and design of a high power, digitally controlled spacecraft pow...
Large power conditioning mass reductions will be required to enable megawatt power systems envisione...
Power converter, using an inverted flyback technique, transfers electrical energy at a constant rate...
This paper will provide a classification of high efficiency switching power-gyrator structures and t...
The power factor controller, and energy-saving device for electric motors, is presented. The commerc...
The Component Development Division of the Propulsion Laboratory at Marshall Space Flight Center (MSF...
NASA's dynamic power convertor development in support of high-efficiency RPS is progressing as plann...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
NASA's dynamic power convertor development in support of high-efficiency RPS is progressing as plann...
The steady state characteristics and starting behavior of some widely used self-oscillating magnetic...
An improved ac power supply for a CO2 laser which eliminates the need for ballast resistors to excit...
High efficiency conversion, regulation, and filtering techniques are discussed for power using high ...