DocumentCode :
2217236
Title :
Universal radar moving target transponder
Author :
Cronyn, W. ; Wills, Mike ; Holmes, Chris ; Birkett, Jim ; Holler, E.D. ; Tate, Greg ; Phan, Hoa ; Lam, A.N. ; Martin, Robert A. ; Burky, Kevin D.
Author_Institution :
Naval Command, Ocean Surveillance Centre, San Diego, CA, USA
fYear :
1996
fDate :
13-16 May 1996
Firstpage :
238
Lastpage :
242
Abstract :
URMTT, the universal radar moving target transponder, has been developed for remote, over-the-air or local, hard-wired exercising of all currently deployed US Navy shipboard radars including CW Doppler, pulsed Doppler, phase-encoded, chirped, and waveform-agile radars; a number of air platform radars can also be exercised by URMTT. The only intrinsic limitations of the current version of URMTT are that the instantaneous bandwidth of the radar spectrum cannot exceed approximately 45 MHz, and the frequency agile bandwidth cannot exceed 800 MHz. Radar signal data is captured and reproduced with 8-bit resolution. Target range rates (with Doppler) in excess of 105 m/s with a resolution of 0.174 m/sec; range delays of 5.1 msec, milliseconds (more than 7.80×105 m); and essentially unlimited target acceleration can be generated. Amplitude variations including R-4 for constant RCS (radar cross section), multipath, scintillation, glint and helicopter blade flash are all available at operator-specified time scales of microseconds to minutes
Keywords :
frequency agility; military systems; radar applications; radar cross-sections; radar tracking; ships; transponders; 45 MHz; 5.1 ms; 800 MHz; CW Doppler radar; US Navy shipboard radar; air platform radars; amplitude variations; chirped radar; frequency agile bandwidth; glint; helicopter blade flash; instantaneous bandwidth; multipath; phase-encoded radar; pulsed Doppler radar; radar cross section; radar resolution; radar signal data; radar spectrum; range delays; scintillation; target acceleration; target range rates; universal radar moving target transponder; waveform-agile radar; Acceleration; Bandwidth; Chirp; Delay; Doppler radar; Frequency; Helicopters; Radar cross section; Signal resolution; Transponders;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Radar Conference, 1996., Proceedings of the 1996 IEEE National
Conference_Location :
Ann Arbor, MI
Print_ISBN :
0-7803-3145-1
Type :
conf
DOI :
10.1109/NRC.1996.510687
Filename :
510687
Link To Document :
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