Title :
Design and performance of the monopulse control system
Author :
Gawronski, Wodek ; Gudim, Mimi A.
Author_Institution :
Jet Propulsion Lab., California Inst. of Technol., Pasadena, CA, USA
fDate :
12/1/1999 12:00:00 AM
Abstract :
Ka-band (32 GHz) monopulse tracking has been chosen for the upcoming NASA missions. This decision requires an increased pointing accuracy for the Deep Space Network antenna servo systems that can be maintained in a noisy environment. The noise sources include wind gusts, encoder imperfections, and receiver noise. This article describes the selection of the position and monopulse controllers for the improved tracking accuracy, and presents the results of linear and non-linear simulations to confirm that servo performance will meet the requirements
Keywords :
control system synthesis; controller area networks; millimetre wave antennas; noise; position control; radio tracking; servomechanisms; space communication links; telecommunication control; two-term control; 32 GHz; Deep Space Network; EHF; Gaussian controller; Ka-band monopulse tracking; NASA missions; PI controller; antenna servo systems; encoder imperfections; linear controller; linear simulation; monopulse control system design; monopulse control system performance; monopulse controller; noise sources; noisy environment; nonlinear simulation; pointing accuracy; position controller; quadratic controller; receiver noise; servo performance; tracking accuracy; wind gusts; Antennas and propagation; Communication system control; Control systems; Pi control; Proportional control; Radar antennas; Radar tracking; Receiving antennas; Servomechanisms; Working environment noise;
Journal_Title :
Antennas and Propagation Magazine, IEEE
