Process for producing MIM elements by electrolytic polymerization
January 16, 2013. Estimated Expiration Date is calculated based on simple USPTO term provisions. It does not account for terminal disclaimers, term adjustments, failure to pay maintenance fees, or other factors which might affect the term of a patent.Patent ReferencesDisplays controlled by MIM switches of small capacitance Liquid crystal display matrix including a non-linear device Horizontally-stacked metal-insulator-metal element for electro-optical device and method for manufacture Multiplexable metal-insulator-metal liquid crystal cell Method of fabrication of diode-type control matrices for a flat electrooptical display screen and a flat screen constructed in accordance with said method Method of manufacturing MIM elements in liquid crystal displays Electro-optical device having an amorphous silicon resistive element with carbon Electro optical device and method for manufacturing same Liquid crystal display device Method of manufacturing non-linear resistive element array InventorsAssigneeApplicationNo. 771878 filed on 10/03/1991US Classes:349/51, Metal-insulator-metal (i.e., MIM)29/25.02, Barrier layer device making205/124, Predominantly nonmetal electrolytic coating (e.g., anodic oxide, etc.)205/317, Coating is predominantly organic material257/E45.001, SOLID-STATE DEVICES ADAPTED FOR RECTIFYING, AMPLIFYING, OSCILLATING, OR SWITCHING WITHOUT POTENTIAL-JUMP BARRIER OR SURFACE BARRIER, E.G., DIELECTRIC TRIODES; OVSHINSKY-EFFECT DEVICES, PROCESSES, OR APPARATUS PECULIAR TO MANUFACTURE OR TREATMENT THEREOF, OR OF PARTS THEREOF (EPO)427/97.3, Nonuniform or patterned coating438/957MAKING METAL-INSULATOR-METAL DEVICEExaminersPrimary: Sikes, William L.Assistant: Duong, Tai V. Attorney, Agent or FirmForeign Patent References
International ClassesG02F 001/136H01L 021/02 Foreign Application Priority Data1987-12-18 JPAbstractAn active element such as a MIM element includes a first electrically conductive layer, a nonlinearly conductive layer having a low dielectric constant disposed on the first conductive layer and a second electrically conductive layer disposed on the nonlinearly conductive layer. The nonlinearly conductive layer can be deposited on the first conductive layer by electrolytic polymerization. A matrix of liquid crystal picture element electrodes driven by active elements in accordance with the invention can be formed with as little as two or three photolythographic steps.Other References
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