Enhancement of discharge characteristics using RF-plasma treatment on MgO layer in 50-in. full-HD AC-PDPs

Choon Sang Park; Heung Sik Tae; Bong Kyoung Park; Eun Young Jung; Jeong Chull Ahn

doi:10.1889/1.3256788

Enhancement of discharge characteristics using RF-plasma treatment on MgO layer in 50-in. full-HD AC-PDPs

Choon Sang Park, Heung Sik Tae, Bong Kyoung Park, Eun Young Jung, Jeong Chull Ahn

School of Electronics Engineering

Research output: Contribution to journal › Conference article › peer-review

6 Scopus citations

Abstract

The characteristics of the MgO layer are known to be an important parameter that affects both the address and sustain discharge characteristics in an ac-PDP. In this paper, to improve the discharge characteristics of 50-in. full-HD ac-PDP with He (35%)-Xe (11%) contents, RF-plasma treatments on the MgO layer are examined under various gases for plasma treatment. The resulting changes in the address and sustain discharge characteristics, including the firing voltage, Vt closed curve, power consumption, luminance, luminous efficiency, and secondary electron coefficient, are then compared for both cases with and without plasma treatment on MgO layer. It is concluded that the Ar plasma treatment can enhance the discharge characteristics, such as the firing voltage and power consumption, which are caused by an increase in the secondary electron coefficient.

Original language	English
Pages (from-to)	363-366
Number of pages	4
Journal	Digest of Technical Papers - SID International Symposium
Volume	40
Issue number	1
DOIs	https://doi.org/10.1889/1.3256788
State	Published - 2009
Event	2009 Vehicles and Photons Symposium - Dearborn, MI, United States Duration: 15 Oct 2009 → 16 Oct 2009

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title = "Enhancement of discharge characteristics using RF-plasma treatment on MgO layer in 50-in. full-HD AC-PDPs",

abstract = "The characteristics of the MgO layer are known to be an important parameter that affects both the address and sustain discharge characteristics in an ac-PDP. In this paper, to improve the discharge characteristics of 50-in. full-HD ac-PDP with He (35%)-Xe (11%) contents, RF-plasma treatments on the MgO layer are examined under various gases for plasma treatment. The resulting changes in the address and sustain discharge characteristics, including the firing voltage, Vt closed curve, power consumption, luminance, luminous efficiency, and secondary electron coefficient, are then compared for both cases with and without plasma treatment on MgO layer. It is concluded that the Ar plasma treatment can enhance the discharge characteristics, such as the firing voltage and power consumption, which are caused by an increase in the secondary electron coefficient.",

author = "Park, {Choon Sang} and Tae, {Heung Sik} and Park, {Bong Kyoung} and Jung, {Eun Young} and Ahn, {Jeong Chull}",

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AU - Jung, Eun Young

AU - Ahn, Jeong Chull

PY - 2009

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AB - The characteristics of the MgO layer are known to be an important parameter that affects both the address and sustain discharge characteristics in an ac-PDP. In this paper, to improve the discharge characteristics of 50-in. full-HD ac-PDP with He (35%)-Xe (11%) contents, RF-plasma treatments on the MgO layer are examined under various gases for plasma treatment. The resulting changes in the address and sustain discharge characteristics, including the firing voltage, Vt closed curve, power consumption, luminance, luminous efficiency, and secondary electron coefficient, are then compared for both cases with and without plasma treatment on MgO layer. It is concluded that the Ar plasma treatment can enhance the discharge characteristics, such as the firing voltage and power consumption, which are caused by an increase in the secondary electron coefficient.

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Enhancement of discharge characteristics using RF-plasma treatment on MgO layer in 50-in. full-HD AC-PDPs

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