On the Generalization of Taylor and Bayliss n-bar Array Distributions

Taylor´s asymptotic analysis theory is used to design the generalized Taylor and Bayliss patterns. Such a design technique allows generating array factors with arbitrary sidelobe level and envelope taper. For both the Taylor and Bayliss patterns, array excitation is obtained by the Elliott´s pattern zero matching technique. A few examples are provided to validate the presented theory. Also, variation of different array characteristics with respect to the sidelobe tapering is explained through graphical data.