Accession Number : ADP007426
Title : Advanced Architecture for A Monopulse Active Aperture Array. Part 2,
Corporate Author : TIDEWATER ATLANTIC RESEARCH WASHINGTON NC
Personal Author(s) : Turcovski, William J. ; Hrycak, Peter D. ; Yon, James B. ; Raginsky, Mark J. ; Knowles, P.J.
Report Date : FEB 1992
Pagination or Media Count : 16
Abstract : This paper is a follow-up to the one presented at the 1988 Antenna Applications Symposium where an Advanced Architecture for a monopulse active aperture array was presented. This architecture exploits the potential inherent in next generation T/R modules to reduce the number of elevation beamformers from three to two. The remaining two beamformers are relatively simple networks consisting of -3.01 dB Wilkinson Power Dividers, anti-symmetric in phase. This allows for simultaneous correction of the sum and difference beams with a single set of phase and amplitude controls found in the T/R modules. This paper describes the development of the conformal experimental hardware as it relates to a fuselage mount configuration. The architecture also compensates for conformal plane scan distortion by means of a single phase shifter located at the receive beamformer outputs.
Descriptors : *APERTURES, *ARRAYS, *SEARCH RADAR, AMPLITUDE, ANTENNAS, ARCHITECTURE, CONFIGURATIONS, CORRECTIONS, DISTORTION, ELEVATION, FUSELAGES, MOUNTS, NETWORKS, NUMBERS, OUTPUT, PHASE, POWER DIVIDERS, RADAR, RADAR SCANNING, PHASED ARRAYS, COMPUTER ARCHITECTURE, SYMPOSIA.
Subject Categories : Active & Passive Radar Detection & Equipment
Distribution Statement : APPROVED FOR PUBLIC RELEASE