J. Phys. IV France
Volume 07, Numéro C4, Octobre 1997XXIIIrd ICPIG
XXIIIrd International Conference on Phenomena in Ionized gases
|Page(s)||C4-225 - C4-233|
J. Phys. IV France 07 (1997) C4-225-C4-233
The Switching Dynamics of the Plasma Addressed Liquid Crystal DisplayK.J. Ilcisin1, T.S. Buzak1 and G.J. Parker2
1 Technical Visions Inc., M/S 46-944, 14000 S.W. Karl Braun Dr., Beaverton, OR 97077, U.S.A.
2 Lawrence Livermore National Laboratory, P.O. Box 808, L-418, Livermore, CA 94551, U.S.A.
The plasma addressed liquid crystal display (PLAC) is a flat, large area, full-colour television and monitor technology made possible through the unique application of the properties of an ionized gas. Liquid crystal displays require an active switching element at the location of each pixel. The PALC display uses a plasma switch to address each of the display pixels, replacing typically used semiconductor devices. The use of the plasma switch permits the manufacture, in very large sizes, of a display possessing excellent image quality. The performance of the PALC display is intrinsically related to the behaviour of the plasma used as the switching element. This paper reviews the trends that led to the development of the PALC display, describes the operating principals, and examines, in detail, one of the many areas of ongoing plasma physics research. The successful development of a model, which agrees with the measured decay behaviour of the plasma, contributed to a significant improvement in the performance of the PALC display.
© EDP Sciences 1997