Title :
High-dynamic-range airborne tracking and fire control radar subsystem
Author :
Madni, Asad M. ; McDonald, Patrick T. ; Hansen, Robert K. ; Wan, Lawrence A.
Author_Institution :
Systron Danner Corp., Van Nuys, CA, USA
fDate :
12/1/1989 12:00:00 AM
Abstract :
Two high-dynamic-range receiver subsystems for use in airborne radar fire control and tracking applications are described. The X -band dual-channel monopulse tracking receiver operates at 9.36±0.290 GHz with a 6-dB noise figure and a linear instantaneous dynamic range of 42 dB. A total of 80 dB of RF and IF gain control is programmable with less than ±15° phase and ±1 dB amplitude tracking errors. The Doppler radar receiver operates at 9.3±0.15 GHz and has a 4.6-dB noise figure with ⩾80 dB of instantaneous dynamic range. An 18-dB sensitivity time control (STC) circuit and a 60-dB dump attenuator allow close-in target reception
Keywords :
aircraft instrumentation; microwave detectors; radar receivers; radar systems; tracking systems; 4.6 dB; 6 dB; Doppler radar receiver; IF gain control; RF gain; X-band dual-channel monopulse tracking receiver; airborne tracking; close-in target reception; dump attenuator; fire control; linear instantaneous dynamic range; radar subsystem; receiver subsystems; sensitivity time control; Airborne radar; Doppler radar; Dynamic range; Error correction; Fires; Gain control; Noise figure; Radar tracking; Radio frequency; Target tracking;
Journal_Title :
Microwave Theory and Techniques, IEEE Transactions on
