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Practical CNT‐FED structure for high‐luminance character displays
Authors:Junko Yotani  Sashiro Uemura  Takeshi Nagasako  Hiroyuki Kurachi  Tomotaka Ezaki  Tsuyoshi Maesoba  Takehiro Nakao  Masaaki Ito  Akira Sakurai  Hideo Shimoda  Hiromu Yamada  Yahachi Saito
Affiliation:Noritake Co., Ltd., 728‐23 Tsumura‐cho, Ise‐shi, Mie 516‐1103, Japan
Abstract:Abstract— A high‐luminance CNT‐FED character display using a simple line rib structure was constructed. The display panel had 48 × 480 dots and the subpixel pitch was 1 mm. The greatest benefit of a display using CNT technology is high luminance performance with low‐power consumption. The luminance of the green‐color dot wasca. 10,000 cd/m2 under 1/1 6 duty‐cycle driving at a 6‐kV anode voltage. The high luminance of the display panel can provide good visibility when installed even in outdoor locations, and the power consumption was ca. 4 W at the character displaying module. This, a CNT‐FED for character displays also has potential multifunctionality, which could be battery driven. It should be useful for public displays even under emergency no‐power conditions. In this work, a practical structure and process technologies for making ribs with reasonable cost were developed. The newly introduced 2‐mm‐tall line ribs as spacers were formed by using innovative production processes; i.e., the rib paste was pushed out of a multi‐slit nozzle, and the rib shape was formed by UV‐light irradiation. The developed panel structure and manufacturing processes also had the advantages of size flexibility and high production yield.
Keywords:Field‐emission display  carbon nanotubes  high luminance  low power consumption
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