Effect of Horizontal Electric Field Generated by Data Signal on Disclination Lines near Pixel Edge in Fringe Field Switching Mode

Effect of Horizontal Electric Field Generated by Data Signal on Disclination Lines near Pixel Edge in Fringe Field Switching Mode

We have studied the dynamic stability of a liquid crystal (LC) in an adjacent active region near the edge of a pixel slit according to the horizontal electric field generated by the data signal for the fringe field switching (FFS) mode. The horizontal component of a fringe electric field becomes str...

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Veröffentlicht in:Japanese Journal of Applied Physics 2005-09, Vol.44 (9R), p.6698
Hauptverfasser: Kim, Mi Sook, Seen, Seung Min, Jeong, Youn Hak, Kim, Hyang Yul, Kim, Seo Yoon, Lim, Young Jin, Lee, Seung Hee
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container_end_page
container_issue 9R
container_start_page 6698
container_title Japanese Journal of Applied Physics
container_volume 44
creator Kim, Mi Sook
Seen, Seung Min
Jeong, Youn Hak
Kim, Hyang Yul
Kim, Seo Yoon
Lim, Young Jin
Lee, Seung Hee
description We have studied the dynamic stability of a liquid crystal (LC) in an adjacent active region near the edge of a pixel slit according to the horizontal electric field generated by the data signal for the fringe field switching (FFS) mode. The horizontal component of a fringe electric field becomes strong as the distance between the common electrode and the data bus line decreases. Therefore, the disclination lines (DLs), which are formed near the pixel edge, barely intrude an active region. Moreover, the LC director existing in this region becomes stable and has a large twist angle. This indicates that the LC dynamic stability near the pixel edge is markedly affected by the horizontal electric field of a strong data signal.
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title Effect of Horizontal Electric Field Generated by Data Signal on Disclination Lines near Pixel Edge in Fringe Field Switching Mode
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