Thin PDP Packaging Technology in Low Temperature and Emission Characteristics
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概要
- 論文の詳細を見る
In this work, we have developed a new tubeless packaging technology using an indirect glass-to-glass electrostatic bonding with an intermediate amorphous silicon layer for the application to a plasma display panel(PDP)package. The glass-to-glass bonding for the packaging was performed at low temperature of 200°C with applying bias of 250V_dc in three species mixing gases environment of He-Ne(27%)-Xe(3%). The 3.6-inch mono AC-PDP with 8mm thickness was successfully fabricated and fully emitted. To investigate the application capability of glass bonding technology, the hermetic sealing test of the packaged panel was examined by spinning rotor gauge(SRG) for time variation.
- 社団法人電子情報通信学会の論文
- 2000-10-13
著者
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Ju B
Korea Institute Of Science And Technology
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Ju Byeong
Division Of Electronics And Information Technology Kist
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Lee Duck-Jung
Electronic Materials and Devices Research Center Korea Institute of Science and Technology
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Jeong Jee-Won
Electronic Materials and Devices Research Center Korea Institute of Science and Technology
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Choi Eun-ha
Charged Particle Beam And Plasma Laboratory Department Of Electrophysics-pdp Research Center Kwangwo
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Choi E‐h
Kwangwoon Univ. Seoul Kor
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Choi Eun-Ha
Kwangwoon Univ.
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Jang J
Kyunghee University
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Oh M
Korea Institute Of Science And Technology
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Oh M
Samsung Electronics Kyoungi‐do Kor
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Oh Myung
Division Of Electronics And Information Technology Kist
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Oh Myung
Korea Institute Of Science And Technology
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Jang Jin
Department Of Physics Kyunghee University
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Lee Duck-jung
Korea Institute Of Science And Technology
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Choi Eun-ha
Charged Particle Beam & Plasma Laboratory Department Of Electro-physics Kwangwoon University
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Ju Byeong
Korea Institute of Science and Technology
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Jeoung Jin-Wook
Korea Institute of Science and Technology
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Kim Young-Jo
Chungwoon University
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Jang Jin
Kyunghee University
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Choi Eun-ha
Charged Perticle Beam And Plasma Laboratory Department Of Electrophysics/pdp Research Center Kwangwo
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Choi Eun-ha
Charged Particle Beam And Plasma Loboratory Department Of Electrophysics/pdp Research Center Kwangwo
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Jang J
Korea Institute Of Science And Technology
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