Discharge Characteristics of PDPs with the Ternary Oxides Protective Layers Manufactured by Using All-in-Vacuum Process

摘要

The discharge characteristics of PDPs with the protective layers of MgO based ternary oxides are investigated. The panels with a gas mixture of Ne-Xe20% are manufactured by "all-in-vacuum" process, in which the front panels are processed without an exposure to ambient air after the deposition of protective layer. Compared with PDPs with conventional MgO protective layer, a discharge voltage is lowered by 40V and a discharge time lag is shortened within 1 μs.