19.5 L: <i>Late‐News Paper:</i> Inkjet‐Printed Bus and Address Electrodes for Plasma Display

Furusawa, Mitsuru; Hashimoto, Takashi; Ishida, Masaya; Shimoda, Tatsuya; Hasei, H.; Hirai, Toshimitsu; Kiguchi, H.; Aruga, H.; Oda, Masaaki; Saito, Nen; Iwashige, H.; Abe, Nancy Mieko; Fukuta, S.; Betsui, K.

doi:10.1889/1.1830892

Cited by 17 publications

(10 citation statements)

References 2 publications

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“…8(a)] [19]. In this case, the electrodes are formed by the inkjet printing method on the back plate with meander ribs that were formed by the direct glass sculpting method [20].…”

Section: Next-generation Process Technologymentioning

confidence: 99%

Plasma display technologies for large area screen and cost reduction

Shinoda

Awamoto

2006

IEEE Trans. Plasma Sci.

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In this paper, the basic technologies of alternating current (ac) plasma display panel (PDP) and the next-generation technologies are described. The panel structure of reflective type and three electrodes with surface discharge, and the basic operation of address display-period separation (ADS) subfield method have been developed for PDP products, and these basic technologies have the capabilities which can respond to next-generation development, such as high luminous efficacy, low cost, and enlargement of the screen size. In the recent research, the technologies that provide three times the luminous efficacy comparing with that of latest PDP products and innovative manufacturing process technologies for drastic cost reduction have already been developed. How we install the new technologies in the products is an important subject. PDPs will keep advantages in a large screen flat panel display market by the technical development for the next-generation in each field.Index Terms-Address display-period separation (ADS) subfield method, alternating current plasma display panel (ac PDP), luminous efficacy, three-electrode with surface discharge.

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“…8(a)] [19]. In this case, the electrodes are formed by the inkjet printing method on the back plate with meander ribs that were formed by the direct glass sculpting method [20].…”

Section: Next-generation Process Technologymentioning

confidence: 99%

Plasma display technologies for large area screen and cost reduction

Shinoda

Awamoto

2006

IEEE Trans. Plasma Sci.

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“…As part of this rapid development of technology, direct printing technology, especially inkjet printing methods, has come into the spotlight and has been intensively studied due to various advantages: (1) it does not require a mask for patterning, (2) it can be easily applied to largesize substrates, (3) materials are used effectively, (4) processing time is very short, and (5) the equipment is compact and requires minimal investment. To realize these advantages, much research has gone into various fields of application including interconnectors in an electronic circuit, printing color filters, thin-film transistors (TFT) for liquid-crystal displays (LCDs) and plasma displays (PDPs), and microdispensing biomolecular arrays for biosensors.…”

Section: Introductionmentioning

confidence: 99%

“…To realize these advantages, much research has gone into various fields of application including interconnectors in an electronic circuit, printing color filters, thin-film transistors (TFT) for liquid-crystal displays (LCDs) and plasma displays (PDPs), and microdispensing biomolecular arrays for biosensors. [1][2][3][4] As the field of application has widened, available ink materials have diversified and include metals, ceramics, polymer, and hybrid materials. Among them, inkjet metal printing has the widest application field.…”

Section: Introductionmentioning

confidence: 99%

Effect of Microstructural Development on Mechanical and Electrical Properties of Inkjet-Printed Ag Films

Kim

Song

Jung

et al. 2008

Journal of Elec Materi

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The microstructural characterization of inkjet-printed Ag films sintered at various conditions was carried out to analyze the effect of microstructure on mechanical and electrical properties. As expected, the films became denser with grain growth with increasing sintering time and temperature, which resulted in improvement in mechanical properties. However, the resistivity of the films reached a minimum value of 3.0 lX cm before full densification. In order to improve the mechanical properties, pressure-assisted sintering was introduced. As a result, inkjet-printed Ag films sintered at 250°C under 5 MPa showed a tensile strength of 550 MPa, elongation of 2.4%, YoungÕs modulus of 55 GPa, and resistivity of $3.0 lX cm.

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“…We have used photolithographic techniques to address this issue. Electrode formation by ink jet [8] might be one promising candidate.…”

Section: Formation Of Different Classes Of Structuresmentioning

confidence: 99%

29.1: Low Cost Barrier Rib Formation Technologies for High Efficiency PDPs

Toyoda

Tokai

Kifune

et al. 2003

Symp Digest of Tech Papers

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Two new techniques of barrier rib formation applicable to a variety of structures for high‐performance PDPs suitable for mass‐production were developed. The two techniques are mold replication, using adhesives with a reusable mold, and direct glass sculpting. Both equipment investment and material costs were reduced from previous methods in each technique. The feasibility of each method was demonstrated by fabrication tests and measured performance of test panels.

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19.5 L: Late‐News Paper: Inkjet‐Printed Bus and Address Electrodes for Plasma Display

Cited by 17 publications

References 2 publications

Plasma display technologies for large area screen and cost reduction

Plasma display technologies for large area screen and cost reduction

Effect of Microstructural Development on Mechanical and Electrical Properties of Inkjet-Printed Ag Films

29.1: Low Cost Barrier Rib Formation Technologies for High Efficiency PDPs

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