Abstract
This chapter discusses matrix-addressed ac plasma displays operated with memory. The discussion begins with an overview of the different possible modes of operation, followed by a review of the materials and processing options available in fabricating these devices. The voltage transfer characteristic is derived and then used to discuss the operation of these devices. The effect on operating margin of different waveforms, patterns and sequences is also discussed. Finally, panel limitations and extendibility of the technology is addressed.
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H. G.Slottow: IEEE Trans. ED-23 (7), 762 (1976)
J. F. Nolan: “Gas Discharge Display Panel”, Conf. Digest, IEEE Int. Elect. Dev. Meeting, Wash. D.C. (1969)
3.3W. E. Coleman, J. P. Gaur, J. H. Hoskinson, J. L. Janning, R. C. Smith: Proc. SID, 13, 34–36 (1972)
A. Yano, I. Inomata, T.Iwakawa: “Plasma Display”, NEC (Nippon Electric Co.), Res. Devel. No. 30, 54–63 (1973)
S. Umeda, T. Hirose: “Self-Shift Plasma Display”, SID Symp., San Francisco, Calif, June 1972, p. 38
S. Andoh, K.Oki, K. Yoshikawa: “Self-Shift PDP with Meander Electrodes”, SID Symp., Boston. Mass. April 1977, p. 78
W. E. Coleman, D. G. Craycraft: “A Serial Input Plasma Charge Transfer Display Device”, SID Symp., Washington, D.C., April 1975, pp. 114,115
H. J. Hoehn: “Plasma/Display Memory Panel Fabrication”, SID Symp., Boston, Mass., April 1977, pp. 18, 19
Circuits Manufacturing Magazine: Thick Film Nickel Conductor for DC Gas Discharge Displays (Benwill, Valley Stream, New York 1977)
T. N. Criscimagna, J. R. Beidl, M. Steinmetz, J. Hevesi: “Coupled-Matrix Threshold-Logic AC Plasma Panel”, SID Symp., Beverly Hills, Calif, May 1976
R. Hammer: “Obtaining Gas Panel Metallization Patterns Simply and Directly by Vacuum Deposition Through Rib-Supported Mask Structures”, IBM Res. Report RC-6631 (1977)
K.C.Park, E.J.Weitzman: J. Vac. Sci. Tech. 14,1318 (1977)
K. Murase, Y. Shirouchi, H. Yamashita: Fujitsu Sci. Tech. J. 12, (1), 159–184 (1976)
T. Urade, T. Iemori, M.Osawa, N. Nakayama, I. Morito: IEEE Trans. ED-23 (3), 313–318 (1976)
B. W. Byrum, Jr.: IEEE Trans. ED-22 (9), 685–689 (1975)
S. Andoh, K. Murase, S. Umeda, N. Nakayama: IEEE Trans. ED-23 (3), 319–324 (1976)
E. S. Schlig, G. R. Stilwell, Jr.: Characterization of Voltage and Charge Transfer in AC Gas-Discharge Displays (to be published)
H. G.Slottow, W.D.Petty: IEEE Trans. ED-2 650 (1971)
R. R. Johnson: “The Application of Plasma Display Techniques to Computer Memory Systems”, Univ, of Ill., CSL Report No. R-461, Appendix (1970)
W. D. Petty: “Multiple States and Variable Intensity in the Plasma Panel”, Univ. of Ill., CSL Report No. R-497, Appendix A (1970)
G. E.Holtz: Proc. SID, 13, 2–5 (1972)
P. D. T. Ngo: IEEE Trans. ED-22, 676–681 (1975)
P. D. T. Ngo: “Charge Spread and its Effect on AC Plasma Panel Operating Margins”, IEEE Biennial Display Conf., New York, N.Y., Oct. 1976, p. 118
J. F.O'Hanlon: “A Phenomenological Study of AC Gas Panels Fabricated with Vacuum-Deposited Dielectric Layers”, IBM Res. Report RC-6590 (1977)
G. R. Stillwell, Jr., E. S. Schlig: IEEE Trans. ED-24, 1125–1127 (1977)
K. Murase, S. Anhoh, S. Umeda, N. Nakayama: “A Driving Technique to Stabilize AC Plasma Display”, SID Symp., Washington, D.C., April 1975
T. N. Criscimagna: Electro-Opt. Syst. Des. 3 (9), 34–36 (1971)
W.E.Johnson, L.J. Schmersal: Proc. SID 13 (1), 56–60 (1972)
G.W.Dick: Proc. SID 13 (1), 6–13 (1972)
T.N.Criscimagna: Proc. SID 17 (3), 124–129 (1976)
J. W. V. Miller, J. D. Schermerhorn: “Bipolar Integrated Circuit Plasma Panel Drive System”, ] SID Symp., Beverly Hills, Calif., May 1976
H.J.Hoehn, R.A.Martel: IEEE Trans. ED-18,659–663 (1971)
R.Czajkowski, W.Coates, P.Fitzhenry, R.L.Johnson, M.Stone: “A Microcomputer Driven Graphic Display System Using the 1024 x 1024 Line (831pi) AC Plasma Display Panel", SID Symp., Boston, Mass., 1977, pp. 26,27
H. Yamashita, S. Anhoh, T. Shinoda: “A Green AC Plasma Display”, SID Symp., Beverly Hills, Calif, May 1976, pp. 80, 81
F. H. Brown, M.T. Zayac: Proc. SID 13 (1), 52–55 (1972)
H. J.Hoehn, R. A.Martel: IEEE Trans. ED-20 (11), 1078–1081 (1973)
W.D.Petty, H.G.Slottow: IEEE Trans. ED-18,654–658 (1971)
B. C. Anderson, V. J. Fowler: “AC Plasma Panel TV Display with 64 Discrete Intensity Levels”, SID Symp., San Diego, Calif., May 1974, pp. 28, 29
K. Knowlton, L. Harmon: Comput. Graphics Image Process. 1, 1–20 (1972)
J.F.Jarvis, C.N.Judice, W.H.Ninke: Comput. Graphics Image Process. 5, 13–40 (1976)
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Criscimagna, T.N., Pleshko, P. (1980). AC plasma display. In: Pankove, J.I. (eds) Display Devices. Topics in Applied Physics, vol 40. Springer, Berlin, Heidelberg. https://doi.org/10.1007/3540098682_10
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DOI: https://doi.org/10.1007/3540098682_10
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