Operationally reconfigurable array
AssigneeLockheed Martin Corporation
InventorJerry Hedrick
Life of this patent
Estimating the term…
Abstract
A reconfigurable array including: a plurality of imaging layer including an array of software addressable pixels; a conductive/non-conductive layer being positioned with respect to corresponding ones of the pixels such that addressing them causes corresponding portions of the conductive/non-conductive layer to be conductive; a radiator layer being positioned with respect to corresponding ones of the pixels such that addressing them defines at least one radiator array; a switching and summing layer positioned with respect to corresponding ones of the pixels such that the addressing them causes corresponding portions of switching and summing layer to switch and sum the signals; and, a plurality of inputs coupled to the imaging layers and being under software control to selectively activate the pixels.
Claims4
A reconfigurable array comprising:
- a plurality of imaging layers each comprising an array of software addressable pixels;
- a conductive/non-conductive layer comprising a material that is selectively conductive and positioned with respect to corresponding ones of said pixels such that said addressing said corresponding ones of said pixels causes corresponding portions of said conductive/non-conductive layer to be conductive;
- a radiator layer comprising a plurality of elements suitable for actively transmitting or receiving signals in a first mode and being passive in a second mode, said radiator layer being positioned with respect to corresponding ones of said pixels such that addressing said corresponding ones of said pixels causes said elements to define at least one radiator array comprising elements in said first mode separated by elements in said second mode;
- a switching and summing layer comprising a plurality of elements suitable for selectively switching and summing said signals, said switching and summing layer being positioned with respect to corresponding ones of said pixels such that addressing said corresponding ones of said pixels causes corresponding portions of switching and summing layer to switch and sum said signals;
- and,
- a plurality of inputs coupled to said imaging layers and being under software control to selectively activate said pixels.
Dependencies are inferred from the claim text.