Theses and Dissertations
Forced oscillations in nonlinear feedback control system.
Gain of the magnetic amplifier.
Rapid approximation of servomechanism frequency response
Eigenvector geometry of third order linear phase trajectories
Compensation of control systems utilizing acceleration feedback.
Characteristics of some active networks.
Investigation of a nonlinear lead compensating network for use with second order d-c servomechanisms
Reduction of wind-generated antenna tracking error through conditional feedback compensation
Compensation of servomechanisms using root relocation zone concepts.
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Dept. of Electrical Engineering (33)
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Electrical Engineering (33)