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[International Journal] Numerical Analysis of Micro-plasma Generated in the Plasma Display Pixel with an Auxiliary Electrode
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E.S.Kim , Kyung Cheol Choi

IEEE Transaction on Plasma Science, June , 2011

Published

vol 39, no 6, pp 1500-1506

Abstract
We investigated the micro-plasma generated in a plasma display pixel with an auxiliary electrode by using numerical simulation. In particular, the effect of the auxiliary electrode on the efficacy of the plasma display was analyzed. The voltage of the sustain electrode was changed from 190 V to 230V and the voltage of the auxiliary electrode was changed from 0 V to 40 V. As the voltage of the auxiliary electrode increased at a given sustain voltage, the discharge current decreased and the delay time of the discharge increased. The average density of the charged particles and the Xe excited species showed a tendency identical to that of the discharge current. The VUV output and the electrical power decreased and the luminous efficacy increased as the voltage of the auxiliary electrode increased. In the case of Xe excitation efficacy, the peak value in the auxiliary period increased as the voltage of the auxiliary electrode increased, while the peak value in the sustain period was shown to be comparable to the variance of the voltage of the auxiliary electrode. The IR intensity increased as the voltage of the sustain electrode and the voltage of the auxiliary electrode increased. In order to verify the effect of the auxiliary electrode, the time-spatial distributions of the electrons and excited species were also discussed.