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Frequency diverse array (FDA) can produce a range-angle-dependent beampattern due to the employment of a small frequency increment across the array elements.
Parametric studies have been carried out to show the effects of boundary conditions, CNTs volume fraction, CNTs distribution type and piezoelectric layer thickness to total plate thickness ratio on the natural frequency increment between open and closed circuit conditions.
Suppose the frequency increment errors are random.
Figure 2 shows the FDA beampattern with frequency increment errors.
Since it is caused by the frequency increment errors, the maximum device errors which produce the FDA frequency increment are regulated by the bound.
where Δ f m is the frequency increment for the mth element.
Section 2 formulates the data models of FDA radar without and with frequency increment errors, respectively.
where f 0 and Δ f are the carrier frequency and frequency increment, respectively.
The impacts of frequency increment errors in the FDA beam pattern have been addressed in [30].
In this section, we investigate the statistical properties of FDA beampattern with random frequency increment errors.
In this paper, we investigate the impacts of frequency increment errors on FDA beampattern.
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