Light emitting display of multi-angle straight arc combination silver gate control different skew surface segmentation large skirt cathode structure

Abstract

The invention relates to a light emitting display of a multi-angle straight arc combination silver gate control different skew surface segmentation large skirt cathode structure. The light emitting display comprises a vacuum chamber composed of an upper stiff encapsulated anti-pressure plate, a lower stiff encapsulated anti-pressure plate and a transparent glass frame, an anode low resistance film transfer layer, an anode extension thick film layer connected with the anode low resistance film transfer layer and a phosphor powder layer prepared on the anode low resistance film transfer layer are arranged on the upper stiff encapsulated anti-pressure plate, the multi-angle straight arc combination silver gate control different skew surface segmentation large skirt cathode structure is arranged on the lower stiff encapsulated anti-pressure plate, and a getter and insulation cylinder ancillary components are arranged in the vacuum chamber. The light emitting display of the multi-angle straight arc combination silver gate control different skew surface segmentation large skirt cathode structure has the advantages of high glow brightness, stable production process, excellent adjustment performance of luminous gray scales, and short response time.

Description

technical field [0001] The invention belongs to the fields of display technology, microelectronic science and technology, vacuum science and technology, nanometer science and technology, integrated circuit science and technology, and optoelectronic science and technology, and relates to planar field emission luminescent displays 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 multi-angle straight arcs combined with silver-gated different-slope curved surface segmented large-side cathode structures . Background technique [0002] Field emission light-emitting display is a device with excellent image quality, which has attracted extensive attention of many researchers. On the cathode side, carbon nanotube materials have been developed and successfully applied to cold cathode electron sources, which has acceler...

AI Technical Summary

Problems solved by technology

Due to the small fabrication area of ​​the carbon nanotube layer, there are not enough carbon nanotubes for field electron emission, so it is impossible to provide a sufficient anode operating current for the light-emitting display

At the same time, in the produced carbon nanotube layer, not all carbon nanotubes can emit a large amount of electrons. Some carbon nanotubes emit a small amount of electrons, and some carbon nanotubes do not emit electrons at all. , which is also the reason for the low anode current of the light-emitting display

Second, the gate regulation problem

The number of electrons emitted by carbon nanotubes is not controlled by the gate operating voltage at all, and does not change with the magnitude of the gate operating voltage; too large a gate operating voltage cannot form a larger anode of a light-emitting display However, it is easy to cause electrical breakdown between the gate and the cathode, resulting in permanent damage to the light-emitting display

Therefore, the existence of the gate structure loses its original meaning

Third, the integrated fabrication of carbon nanotube cathodes and gates

Otherwise, the progress of the subsequent process may cause damage to the previously produced structure and reduce the quality of the light-emitting display.

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