Luminescent display with multifaceted combined single-gate double positive and negative semicircular long-edge cathode structure

Abstract

The invention relates to a light emitting display of multisurface combination single gate control double positive and negative semi-circle long edge cathode structure. The light emitting display comprises a vacuum chamber composed of an upper flat anti-pressure glass plate, a lower flat anti-pressure glass plate and a transparent glass frame, a transparent square anode layer, a silver anode extension layer connected with the transparent square anode layer and a luminous layer prepared on the transparent square anode layer are arranged on the upper flat anti-pressure glass plate, the multisurface combination single gate control double positive and negative semi-circle long edge cathode structure is arranged on the lower flat anti-pressure glass plate, and a getter and black support wall ancillary components are arranged in the vacuum chamber. The light emitting display of the multisurface combination single gate control double positive and negative semi-circle long edge cathode structure has the advantages that the production process is stable and reliable, the production cost is low, the glow brightness is high, and the adjustability of display gray scales is good.

Description

technical field [0001] The present invention belongs to the fields of nanometer science and technology, integrated circuit science and technology, microelectronics science and technology, display technology, vacuum science and technology, and optoelectronic science and technology, and relates to a flat field emission display production, specifically related to the production of planar field emission luminescent displays with carbon nanotube cathodes, and in particular to the production and production process of a luminescent display with a multi-faceted combination single-gate control double positive and negative semicircular long-edge cathode structure. Background technique [0002] Carbon nanotube is a semiconductor material with excellent characteristics, such as high aspect ratio, strong high temperature resistance, and higher mechanical strength. In particular, when a certain electric field strength is applied on the surface of carbon nanotubes, carbon nanotubes will em...

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Problems solved by technology

For example, regarding the effective distance between the gate and the carbon nanotube cathode, if the distance is too large, it will easily lead to an increase in the operating voltage of the gate, which will invisibly increase the power loss of the light-emitting display; if the distance is too small, it will easily cause the gate - The occurrence of electrical breakdown of the cathode causes permanent damage to the light-emitting display; at the same time, the insulation of the gate-cathode insulation material must also be considered. Without an insulation material with good insulation performance, it is impossible to connect the gate and the carbon nanotube cathode. made in isolation

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