초록 ▼

A method of making an electronic matrix array atop a non-conductive surface is disclosed. The method includes forming a first set of address lines on the non-conductive surface, depositing continuous layers of semiconductor materials atop the non-conductive surface and the first set of address lines

A method of making an electronic matrix array atop a non-conductive surface is disclosed. The method includes forming a first set of address lines on the non-conductive surface, depositing continuous layers of semiconductor materials atop the non-conductive surface and the first set of address lines to form a continuous selection means structure, and forming a second set of address lines over the selection means structure. In accordance with one preferred embodiment, the first set of address lines are formed by depositing a continuous layer of material which is convertible from an initially deposited non-conductive state to a conductive state responsive to the impingement of actinic radiation thereon and exposing selected portions of said convertible to actinic radiation.

대표청구항 ▼

A method of forming an electronic matrix array atop a non-conductive surface formed of a non-conductive material comprising: forming a first set of parallel, spaced apart address lines on the non-conductive surface, the address lines being electrically isolated from one another; depositing a plurali

A method of forming an electronic matrix array atop a non-conductive surface formed of a non-conductive material comprising: forming a first set of parallel, spaced apart address lines on the non-conductive surface, the address lines being electrically isolated from one another; depositing a plurality of continuous layers of semiconductor materials directly atop the non-conductive surface and the first address lines to form a continuous, selection means structure over the non-conductive surface and the first address lines; and forming a second set of parallel, spaced apart address lines on the continuous selection means structure on the side thereof opposite the non-conductive surface and the first set of address lines with said second set of address lines crossing said first set of address lines at an angle for forming a plurality of crossover points therewith through which selected current paths can be established between respective address lines of said first and second sets of address lines.