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--- radar:measurements [2018/06/07 12:28] – dipaolo
+++ radar:measurements [2026/04/28 16:58] (current) – mauro
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->it is ok for the moment. You can start  --- //[[webmaster@localhost|DokuWiki Administrator]] 2018/04/19 11:25//
->  Where do the figures come from? Please cite the document as decribed in [[:start|Welcome!]] --- //[[webmaster@localhost|DokuWiki Administrator]] 2018/05/03 16:16//
 ====== Radar Measurement ======
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 ===== Range =====
-//An overall discussion about radar tecniques to detect the renage of a given target//
+//An overall discussion about radar techniques to detect the range of a given target//
 To start our dissertation, let's assume that we have a radar system that is able to emit pulses of energy in any direction of the space in order to detect some desired objects. The shape of the transmitted pulse can be modelled as in fig.1. It has a rectangular envelope which duration is $\tau$ and its carrier is a sinusoidal waveform which has a wavelength equal to $\lambda$ and so frequency $f_0 = c/\lambda$.
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 ===== Ambiguity cases =====
-//According to the characteristics of our radar system, we can incur some troubles about the resolution of the measurements. Let's see it in detail//
+//According to the characteristics of our radar system, we can incur some troubles about the accuracy of the measurements. Let's see it in detail//
 We can now understand that when we have to define the working characteristics of our radar system, we have to take into account the right choice of the $PRF$ value. According to its value, we have pointed out the following: