The bandwidth of adaptive arrays with tapped delay lines behind the elements is examined. Such processing offers improved bandw over that attainable with quadrature hybrid processing. The performance of a two-element array with four types of processing (equarature hybrids, single delay lines, 3-tap delay lines, and 5-tap delay lines) is compared. It is shown that with half-wavelength element spacing, a quadrature hybrid and single delay-line processor are inadequate at 10-percent bandwidth. A 3-tap processor is adeq however, up to 40-percent bandwidth.
Adaptive Array Bandwidth with Tapped Delay-Line Processing
IEEE Transactions on Aerospace and Electronic Systems ; AES-15 , 1 ; 21-28
1979-01-01
1571759 byte
Article (Journal)
Electronic Resource
English
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