Aerospace electromechanical actuators utilizing induction motors are under development in sizes up to 40 kW. While these actuators have immediate application to the Advanced Launch System (ALS) program, several potential applications are currently under study including the Advanced Aircraft Program. Several recent advances developed for the Space Station Freedom have allowed induction motors to be selected as a first choice for such applications. Among these technologies are bi-directional electronics and high frequency power distribution techniques. Each of these technologies are discussed with emphasis on their impact upon induction motor operation
Preliminary results of investigating high frequency power generation using a permanent magnet synchr...
An alternating current power generation system adopted to inject power in an already powered power l...
An electromechanical actuator was developed that will follow a proportional control command with min...
The combination of an inherently robust asynchronous (induction) electrical machine with the rapid c...
High frequency power distribution and management is a technology ready state of development. As such...
At present, actuation systems for the Thrust Vector Control (TVC) for launch vehicles are hydraulic ...
Induction motors are the nation's workhorse, being the motor of choice in most applications due to t...
Electro-mechanical actuator (EMA) systems are currently being investigated for the National Launch S...
This report summarizes the work performed on the 40 BP electro-mechanical actuator (EMA) system deve...
Power Distribution on the NASA Space Station will be accomplished by a 20 kHz sinusoidal, 440 VRMS, ...
The development of ultra-efficient commercial vehicles and the transition to low-carbon emission pro...
Power-By-Wire (PBW) is a program involving the replacement of hydraulic and pneumatic systems curren...
An ever increasing number of actuation functions historically performed by hydraulics or pneumatics ...
The space station represents the next major U.S. commitment in space. The efficient delivery of powe...
With the global attention given to energy issues, the electrification of aviation and the developmen...
Preliminary results of investigating high frequency power generation using a permanent magnet synchr...
An alternating current power generation system adopted to inject power in an already powered power l...
An electromechanical actuator was developed that will follow a proportional control command with min...
The combination of an inherently robust asynchronous (induction) electrical machine with the rapid c...
High frequency power distribution and management is a technology ready state of development. As such...
At present, actuation systems for the Thrust Vector Control (TVC) for launch vehicles are hydraulic ...
Induction motors are the nation's workhorse, being the motor of choice in most applications due to t...
Electro-mechanical actuator (EMA) systems are currently being investigated for the National Launch S...
This report summarizes the work performed on the 40 BP electro-mechanical actuator (EMA) system deve...
Power Distribution on the NASA Space Station will be accomplished by a 20 kHz sinusoidal, 440 VRMS, ...
The development of ultra-efficient commercial vehicles and the transition to low-carbon emission pro...
Power-By-Wire (PBW) is a program involving the replacement of hydraulic and pneumatic systems curren...
An ever increasing number of actuation functions historically performed by hydraulics or pneumatics ...
The space station represents the next major U.S. commitment in space. The efficient delivery of powe...
With the global attention given to energy issues, the electrification of aviation and the developmen...
Preliminary results of investigating high frequency power generation using a permanent magnet synchr...
An alternating current power generation system adopted to inject power in an already powered power l...
An electromechanical actuator was developed that will follow a proportional control command with min...