A planar topology of multifunctional C-X band wide-scan array is analyzed, based on the class of the aperture-coupled stacked patches. Performance is aimed at achieving both wide-band and wide-scan capabilities. The theoretical and the technological aspects that affect correct design and effective realization of the array structure are addressed. In particular, possible improvements of the active reflection coefficient behaviour are analysed by suitably acting on the geometry of the elements.
Optimization of Multifunctional UWB Planar Phased Arrays / Galli, Alessandro; G., Valerio; D., Tallini; A., DE LUCA; M., Cicolani. - (2009), pp. 571-574. (Intervento presentato al convegno 3rd European Conference on Antennas and Propagation tenutosi a Berlin, Germany nel 23-27 Marzo 2009).
Optimization of Multifunctional UWB Planar Phased Arrays
GALLI, Alessandro;
2009
Abstract
A planar topology of multifunctional C-X band wide-scan array is analyzed, based on the class of the aperture-coupled stacked patches. Performance is aimed at achieving both wide-band and wide-scan capabilities. The theoretical and the technological aspects that affect correct design and effective realization of the array structure are addressed. In particular, possible improvements of the active reflection coefficient behaviour are analysed by suitably acting on the geometry of the elements.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
