An ultra-thin Shadow Mask Plasma Display Panel

Yan, Tao; Yang, Lanlan; Jin, Youngeup; Li, Qiaofen; Zhang, Xiong; Wang, Baoping; Tolner, Harm

doi:10.1016/j.tsf.2012.03.082

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“…As SMPDP has lower driving voltage, the improved voltage by thickness can be accepted. Our early works [11] have indicated that the discharge efficiency of ultra-thin SMPDP is increased about 20% thanks to the low relative permittivity of the ultra-thin glass sheet. Here, Fig.5(b) indicates that the discharge efficiency is increased around 37% when the thickness is changed from 30 m to 70 m in 20% Xe content.…”

Section: Discharge Characteristicsmentioning

confidence: 99%

17.4: Fluid Simulations and Experiments for Ultra‐Thin Shadow‐Mask PDP

Yang

Yan

Zhang

et al. 2014

Symp Digest of Tech Papers

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An ultra-thin shadow mask plasma display panel is suitable for double-sided display and 3D display. A self-consistent fluid model is used to analyze the discharge characteristics of the ultra-thin SMPDP cell. The discharge processes of ultra-thin SMPDP and normal SMPDP are almost same proved by fluid model and ICCD images. Moreover, both the simulation and experimental results indicate that the discharge efficiency can be highly improved by using the ultra-thin glass as dielectric layer for its 50-70 m thick and 6.7 dielectric constant in ultra-thin SMPDP compared to normal SMPDP especially in high Xe ratio.

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Section: Discharge Characteristicsmentioning

confidence: 99%