Add to ORKGThe technical background to the development of the digital control system of the NASA/Langley Research Center's 13 inch Magnetic Supension and Balance Systen (MSBS) is reviewed. The implementation of traditional MSBS control algorithms in digital form is examined. Extensive details of the 13-inch MSBS digital controller and related hardware are given, together with the introductory instructions for systems operators. Full listings of software are included in the Appendices
The annular suspension and pointing system (ASPS) a payload auxiliary pointing device of the space s...
Control Dynamics Company (CDy), in conjunction with NASA Marshall Space Flight Center (MSFC), has su...
A compendium of stability augmentation system and autopilot block diagrams is presented. Descriptive...
The feasibility of using a digital computer for performing the automatic control functions for a mag...
An ongoing program exists to investigate and develop magnetic suspension technologies and modelling ...
A few specific developments that were undertaken recently to the magnetic suspension and balance sys...
Digital techniques to increase reliability and accuracy of spacecraft control and stabilization syst...
Spacecraft attitude control with strapdown inertial reference system and onboard digital compute
Onboard digital computer and strap-down inertial reference unit for attitude control of advanced OA
This research was undertaken with the goal of demonstrating closed loop control of the roll degree o...
The results of studies which were undertaken to contribute to the design of digital flight control s...
The feasibility of using a digital controller to stabilize a telescope mounted in an airplane is inv...
Flight control actuators and feedback sensors suitable for use in a redundant digital flight control...
A ground based, general purpose, real time, digital control system simulator (CSS) is specified, dev...
Although small scale magnetic suspension and balance systems (MSBSs) for wind tunnel use have been i...
The annular suspension and pointing system (ASPS) a payload auxiliary pointing device of the space s...
Control Dynamics Company (CDy), in conjunction with NASA Marshall Space Flight Center (MSFC), has su...
A compendium of stability augmentation system and autopilot block diagrams is presented. Descriptive...
The feasibility of using a digital computer for performing the automatic control functions for a mag...
An ongoing program exists to investigate and develop magnetic suspension technologies and modelling ...
A few specific developments that were undertaken recently to the magnetic suspension and balance sys...
Digital techniques to increase reliability and accuracy of spacecraft control and stabilization syst...
Spacecraft attitude control with strapdown inertial reference system and onboard digital compute
Onboard digital computer and strap-down inertial reference unit for attitude control of advanced OA
This research was undertaken with the goal of demonstrating closed loop control of the roll degree o...
The results of studies which were undertaken to contribute to the design of digital flight control s...
The feasibility of using a digital controller to stabilize a telescope mounted in an airplane is inv...
Flight control actuators and feedback sensors suitable for use in a redundant digital flight control...
A ground based, general purpose, real time, digital control system simulator (CSS) is specified, dev...
Although small scale magnetic suspension and balance systems (MSBSs) for wind tunnel use have been i...
The annular suspension and pointing system (ASPS) a payload auxiliary pointing device of the space s...
Control Dynamics Company (CDy), in conjunction with NASA Marshall Space Flight Center (MSFC), has su...
A compendium of stability augmentation system and autopilot block diagrams is presented. Descriptive...