PARAMETIC STUDY OF A POSITIVE COLUMN AC PLASMA DISPLAY PANEL CELL

W BENSTÂALI, A BELASRI

Résumé


Plasma display panels are becoming one of the major large screens, flat display devices, in spite of their low luminous efficiency, which is about 1 lm/W. Many research works are done to optimize the operation of these panels. A positive column discharge application seems an appreciable solution. A study of a plasma display panel cell functioning in the positive column regime is undertaken. The two-dimensional fluid model on which this work is based shows that the geometry and the physical parameters of the cell play an important role in the limitations of the discharge efficiency. For a sustain electrodes width of 150 μm and a sustain distance (gap) of 566 μm, the efficiency is estimated at more than 46 %.


Mots-clés


plasma; efficiency; gap; dielectric

Texte intégral :

PDF

Références


Slottow H. G and Petty W. D,”Stability of discharge series in the plasma display panel”, IEEE trans, Electron Devices, Vol. ED-18, (1971), pp. 650-654.

Mimura Y, Ishigaki M, and Saiki Y, “plasma displays-The leading medium in visual presentations at exhibitions and shows-“, Hitachi Review, Vol.49, No.1, (2000), pp 41-46.

Meunier J, Belnguer Ph, and Boeuf J.P, ”Numerical model of an ac plasma display panel cell in neon-xenon mixtures» J.Appl.Phys. Vol. 78, No2, (1995), pp. 731-745.

Punset C, Boeuf J.P and Pitchford L.C, “Twodimensional simulation of an alternating current matrix plasma display cell: cross-talk and other geometric effects”, J. Appl. Phys, Vol. 83, No. 4, (1998), pp.1884-1897.

Rauf S, and Kushner M.J, “Dynamics of a coplanarelectrode

plasma display panel.II. Cell optimization.”, J. Appl. Phys, Vol. 85, No.7, (1999), pp. 3470- 3476.

Rauf S, and Kushner M.J,” Dynamics of a coplanarelectrode

plasma display panel. I. Basic operation”, J. Appl. Phys, Vol 85, No.7, (1999), pp. 3460-3469.

Kim H.C, Hur M.S, Yang S.S, Shin S.W, and Lee J.K,

“Three-dimensional fluid simulation of a plasma display panel cell”, J. Appl. Phys, Vol. 91, No.12 (2002), pp. 9513-9520

Kim H C, Yang S.S, and Lee J.K, “ Threedimensional self-consistent radiation transport model for the fluid simulation of plasma display panel cell” J.Appl.Phys. Vol.93, No.12, (2003), pp. 9516-9522.

SIPDP-AC, Kinema Software, http://www.siglokinema. com

Callegari Th, Ouyang J, Lebarq N, Cailler B, and Boeuf J.P, “3D Modeling of a plasma display panel cell”, Eurodisplay, Nice, France, 1-4 octobre 2002, pp. 735-738.

Yang S, Kim H.C, Ko S.W, and Lee J.K, “ Application of two-dimensional numerical simulation for luminous efficiency improvement in plasma display panel cell”, IEE.Trans. Plasma.Sci, Vol. 31,No.4, (2003) 596-604..

L.F. Weber, positive column AC plasma display“”United States Patent 6184848B1 (2001), pp.1-46.

Boeuf J.P, Callegari Th, and Ouyang J, ”Physics of a PDP discharge cell- Improvement of luminance and luminous efficiency”, IEEE Industry Applications Society 38th annual meeting, Lake City-USA, October 2003, Vol.1, pp.69-73.

J. P. Boeuf, J. Kang, B. Caillier, T. callegari, R. Ganter, J. Ouyang, L. Pitchford and C. Punset, “Progress in Understanding and optimizing PDP Discharges”, International Meeting on Information Display, IMID’01, Daegu, Corea, August 2001, pp.113-117.

J. P. Boeuf, “ Plasma display panels: physics, recent developments and key issues”, J. Phys. D: Appl. Phys, Vol. 36, (2003), pp. R53-R79.

Ouyang J, Callegari Th, Lebarq N, Caillier B and Boeuf J.P,”Plasma display panel cell optimization: modeling and macro-cell experiments” Eurodisplay, Nice, France, 1-4 Octobre 2002, pp.53-56

.Piscitelli D, Callegari Th, Ganter R, Pitchford L.C, and Boeuf J.P, “Understanding and optimization of PDPs from diagnostics and models” International Display Workshop IDW’01, Nagoya, Japan (2001), pp. 825-828.

Belasri A, Benstâali W, and Haffaf H, «Study of luminous efficiency and energy deposition in xenon excitation in plasma display panel discharge cells», Rev.Energ, Ren, Vol.6, (2003), pp. 35-39.

Punset C, Cany S and Boeuf J.P, “Addressing and sustaining in alternating current coplanar plasma display panels”, J. Appl. Phys, Vol 86, No.1, (1999), pp. 124-133.

H.K. Gummel, “a self consistent iterative schem for one dimensional stready state transistor calculation”, IEEE Trans.Electron Devices ED-30, 1097 (1964).

D.L.Scharfetter and H.K. Gummel,”large signa analysis of a Scilicon Read Diode oscillator”, IEEE Trans.Electron Devices ED-16, 64 (1969).

Boeuf J.P, Punset C, and Pitchford L.C, ”Les écrans à plasma”, “Images de la physique”, Journal du CNRS, France (1998)

Ganter R, Callegari Th, Pitchford L.C, and Boeuf J.P, “Efficiency of AC plasma display panels from diagnostics and models”, Applied Surface Science, Vol. 192, (2002), pp. 299-308.

Kurihara M and Makabe T, “Two-dimensional modeling of a microcell plasma in a mixture of Ne/Xe driven by a capacitively coupled high-frequency source”, J.Appl. Phys, Vol. 89, No12 (2001), pp. 7756- 7763.

Ikeda Y, Suzuki K, Fukumoto H, Verboncoeur J.P, Christenson P.J, Birdsall C.K, Shibata M, and Ishigaki M, « Two-dimensional particle simulation of a sustained discharge in an alternating current plasma display panel», J. Appl. Phys, Vol. 88, No 11, (2000), pp. 6216- 6223.

Hegelaar G. J. M, Klein M. H, Snijkers R. J. M, and Kroesen G. M. W, “Energy loss mechanisms in the microdischarges in plasma display panels”, J. Appl. Phys, Vol.89, No.4, (2001), pp. 2033- 2039.

Oversluizen G, deZwart S, vanHeusden S and Dekker T, “Discharge efficiency in plasma displays”, Appl. Phys. Lett, Vol. 77, No. 7, (2000), pp. 948- 950.

Lee W-G, Shao M, Gottschalk G.R, Brown M, and Compaan A.D, ”Vacuum ultraviolet emission dynamics of a coplanar electrode microdischarge: dependence on voltage and Xe concentration”, J.App.Phys, Vol. 92, No.2, (2002), pp. 682-689.

Hayashi D, Heusler G, Hagelaar G, and Kroesen G, “Discharge efficiency in high-Xe-content plasma display panels”, J.Appl.Phys, Vol. 95, No.4, (2004), pp.1656-1661


Renvois

  • Il n'y a présentement aucun renvoi.




 

Direction des Publications et de l'animation scientifique

Université des Frères Mentouri Constantine 1. Route Ain El-Bey. 25000. Algérie.