| Title |
Study on Surface Characteristics of Fe Doped MgO Protective Layer |
| Authors |
Don-Kyu Lee ; Cha-Soo Park ; Kwang-Tae Kim ; Youl-Moon Sung |
| Keywords |
AC-PDP ; Fe Doping ; MgO Protective Layer ; Discharge Voltage |
| Abstract |
In order to compete with other flat display devices such as Liquid Crystal Displays (LCDs) and organic light emitting diodes (OLEDs), Plasma Display Panels (PDPs) require to have high performances like high image quality, low power consumption and high speed driving. In this paper, Fe doped MgO protective layer was introduced for higher performance. Both the surface characteristics of the deposited thin films and the electro-optical properties of 4 inch test panels were investigated. It has been demonstrated experimentally that ac PDP with Fe doped MgO protective layer has lower discharge voltage than that of undoped MgO film, which corresponds to measured secondary electron emission coefficients. The crystallinity and surface roughness of thin films were determined by XRD patterns and AFM images. In addition, ac PDP with Fe doped MgO protective layer has improved address discharge time lag for high speed driving. |