Abstract
AbstractThe influence of sustaining frequency on the discharge of Shadow Mask PDP (SM‐PDP) is been investigated by both experiments and two dimensional simulations. The ratio of VIS/IR and Efficacy/(VIS/IR) is used to illustrate the xenon excitation efficiency and electron heating efficiency respectively.It can be seen from the simulations that the decrease of efficacy in high sustaining frequency is the result of long life xenon metastables relative to the repetition rate, cannot convert into xenon excimer efficiently and therefore a lower value of the overall discharge efficiency.
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