Beam steering lens based on transformation electromagnetics concept

Abstract

Based on transformation electromagnetics concept, the design procedure of a lens antenna, which steers the radiated beam of a primary source, is presented. Laplace's equation is adopted to construct the mapping between the virtual space and the physical space. Full wave simulations are performed to validate the model. The numerical results show that, when placing the lens antenna above a microstrip patch array, the radiated beam is deflected to an off-normal direction.