2013Unpublished venueRequires access

Design and simulation of monopulse radar receiver with continuous wave

Nahid Osanloo, Tahmineh Niroomand, Ayaz Ghorbani, Mojtaba Rezaee

Open publisher page 1 citations

Abstract

Method usually used for radar tracking is, conical scan and Monopulse. The signal amplitude fluctuations Monopulse system has no effect, but usually three channel receiver for equipment needs. The conical scan requires only one channel but is affected by fluctuations in the signal amplitude. If Monopulse receiver works with continuous wave, it can be used as a combination of Monopulse and conical scan method to improve the performance of radar tracking. Familiar with the proper performance of three channels of Monopulse, a radar simulation in which we work has been done using ADS.

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What this paper is about

Method usually used for radar tracking is, conical scan and Monopulse. The signal amplitude fluctuations Monopulse system has no effect, but usually three channel receiver for equipment needs. The conical scan requires only one channel but is affected by fluctuations in the signal amplitude. If Monopulse receiver works with continuous wave, it can be used as a combination of Monopulse and conical scan method to improve the performance of radar tracking. Familiar with the proper performance of three channels of Monopulse, a radar simulation in which we work has been done using ADS.

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Available abstract

Method usually used for radar tracking is, conical scan and Monopulse. The signal amplitude fluctuations Monopulse system has no effect, but usually three channel receiver for equipment needs. The conical scan requires only one channel but is affected by fluctuations in the signal amplitude. If Monopulse receiver works with continuous wave, it can be used as a combination of Monopulse and conical scan method to improve the performance of radar tracking. Familiar with the proper performance of three channels of Monopulse, a radar simulation in which we work has been done using ADS.

Key concepts: Monopulse radar, Amplitude-Comparison Monopulse, Radar, Acoustics, Computer science, Conical surface, Bistatic radar, Continuous-wave radar

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