Plasma display panel with Ne+ N/sub 2/ gas-mixture discharges

A new ac plasma display panel (PDP) for high luminous efficacy is proposed, and its characteristics are investigated. The new ac PDP has a coplanar gap of 200 µm and an auxiliary electrode located between the scan and common electrodes. The periodic pulses are applied to the auxiliary electrode during the sustain period, which plays the roles of enhancing the infrared emission and reducing the discharge current. The sustain voltage decreases with the increase of the auxiliary pulse voltage until 80 V. When the voltage of the pulse applied to the auxiliary electrode is 50 V, the luminous efficacy reaches its peak value and is approximately 8.7 lm/W obtained from the measurement of Ne + 20% Xe gas-mixture discharges in the green cells. The luminous efficacy of the new proposed test ac PDP with Ne + 13% Xe and Ne + 20% Xe gas mixtures is improved by 190% and 320%, respectively, compared to that of the conventional ac PDP with a Ne + 13% Xe gas mixture. Index Terms-Auxiliary electrode, high efficacy, long coplanar gap, plasma display panel (PDP).

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Plasma display panel with Ne+ N/sub 2/ gas-mixture discharges

Cited by 6 publications

References 3 publications

The effects of electrode structures on the luminous efficacy of micro dielectric barrier discharges

The effects of electrode structures on the luminous efficacy of micro dielectric barrier discharges

Effects of Kr,$hboxN_2$, and Ar on Address Discharge Time Lag in AC Plasma-Display Panel With High Xenon Content

A New AC Plasma Display Panel With Auxiliary Electrode for High Luminous Efficacy

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