AC plane discharge type plasma display panel
AssigneeMitsubishi Denki Kabushiki Kaisha
InventorsYoshinobu Hirokado, Shinichiro Nagano
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Abstract
An AC plane discharge type plasma display panel comprises the first substrate section comprising a glass substrate containing sodium oxide, an insulating film being a SiO2 film having about 100 nm in thickness and formed by dry film formation method on the surface of the glass substrate, plural pairs of discharge sustain electrodes each comprising a transparent electrode and a bus electrode and formed on the insulating film, a dielectric layer formed on the insulating film in such a manner as to cover the plural pairs of discharge electrodes, and a cathode film formed on the dielectric layer.
Claims4
An AC plane discharge type plasma display panel comprising a first substrate section having a picture screen and a second substrate section arranged opposite to the first substrate section, and in which a desired picture is displayed by a gas discharge in plural discharge cells formed between said first substrate section and said second substrate section,
- characterized in that said first substrate section comprises:
- a glass substrate containing sodium oxide serving as a base of said first substrate section;
- an insulating film being a SiO2 layer having not less than about 100 nm in thickness and formed by dry film formation method on the surface of said second substrate section of said glass substrate;
- plural pairs of discharge sustain electrodes each comprising a transparent electrode and a bus electrode, formed on said insulating film, and arranged in parallel with a predetermined distance between one pair and another;
- a dielectric layer formed on said insulating film in such a manner as to cover said plural pairs of discharge electrodes;
- and
- a cathode film formed on said dielectric layer.
An AC plane discharge type plasma display panel comprising a first substrate section having a picture screen and a second substrate section arranged opposite to the first substrate section, and in which a desired picture is displayed by a gas discharge in plural discharge cells formed between said first substrate section and said second substrate section,
- characterized in that said first substrate section comprises:
- a glass substrate containing sodium oxide serving as a base of said first substrate section;
- an insulating film being a SiO2 layer having not less than about 200 nm in thickness and formed by wet film formation method on the surface of said second substrate section of said glass substrate;
- plural pairs of discharge sustain electrodes each comprising a transparent electrode and a bus electrode, formed on said insulating film, and arranged in parallel with a predetermined distance between one pair and another;
- a dielectric layer formed on said insulating film in such a manner as to cover said plural pairs of discharge electrodes;
- and
- a cathode film formed on said dielectric layer.
Dependencies are inferred from the claim text.