Radar Using Chirp Signals
Since the arrival of pulse compression technology in RADAR, the chirp signal has become one of the most widely accepted radar waveforms. The chirp signal is also referred to as linear frequency modulation or LFM. When we alter the modulation into a nonlinear frequency modulation, higher performance is achieved. This is because peak to sidelobes ratio can be improved, which alleviates the masking effect of nearby targets. This also enhances the useful dynamic range of the radar.
In case of any new radar, the key criterion is the waveform design. In this scenario, a large number of conflicting needs have to be satisfied. The chirp theory in nicely formulated and established and it holds its relationship with stationary phase principle. While designing the chirp signal radar we often face a sidelobe problem which leads to a hybrid NLFM (nonlinear FM). Here the amplitude varies during the duration of the signal. But such a need also leads to implementation problems with the highly in use saturated power amplifiers.
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