This algorithm allows the specification of the array and its excitation directly. Antenna Magus does not adjust the array layout at all to achieve specific electrical objectives. It is useful to use this to evaluate a custom array layout, using the array routines in Antenna Magus. The elements of the array are arranged in the x-y plane, centered on the z-axis.
|An example of a customized triangular array distribution.|
The number of elements and the inter-element spacing in the x- and y-direction, respectively. The excitation taper can be selected between equal excitation [Uniform], uniform side lobe level [Dolph-Chebychev] and first few side lobes uniform [Villeneuve]. The side lobe level and number of side lobes (where applicable) can then be set. The excitation per element is the product of two linear array excitations, one laid out along the x-axis and the other laid out along the y-axis for a rectangular array. From this excitation distribution a subset for the triangular array is extracted. It is important to note that the side-lobe specification is not guaranteed, since the layout is not adjusted to achieve these goals....
More information about how the array synthesis tool should be used can be found in ‘Antenna Array Synthesis in Antenna Magus’ and in ‘Help: How do I use the Array Synthesis tool?’ (located in the Antenna Magus information browser). The latter article also describes the different excitation tapers in more detail, and provides references for further research.