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Dive into the research topics where Teruichi Watanabe is active.

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Featured researches published by Teruichi Watanabe.


Synthetic Metals | 2000

An organic LED display exhibiting pure RGB colors

Yoshinori Fukuda; Teruichi Watanabe; Takeo Wakimoto; Satoshi Miyaguchi; Masami Tsuchida

Abstract A full color 5.2-in. 1/4 video graphics array (VGA) passive-matrix organic light emitting diode (OLED) display has been developed. The display features 320 (×3)×240 pixels with an equivalent pixel size of 0.33×0.33 mm 2 , white peak luminance of over 150 cd/m 2 , and power consumption of 6 W. It uses a cathode patterning method with electrically insulated cathode separators and an RGB emitters selective deposition method with a high accuracy mask moving system. Furthermore, we have achieved pure RGB colors as well as high luminance from the cells by applying the optical interference effects. The display can display high resolution video rate pictures with virtually the same quality as a CRT can offer.


Journal of The Society for Information Display | 1999

Organic LED full‐color passive‐matrix display

Satoshi Miyaguchi; Shinichi Ishizuka; Takeo Wakimoto; Jun Funaki; Yoshinori Fukuda; Hirofumi Kubota; Kenji Yoshida; Teruichi Watanabe; Hideo Ochi; Tsuyoshi Sakamoto; Masami Tsuchida; Isamu Ohshita; Teruo Tohma

— A full-color 5.2-inch 1/4-VGA passive-matrix organic LED display has been developed, adopting selective deposition for the different emitting materials. The display features 320 (×3) × 240 pixels with an equivalent pixel size of 0.33 × 0.33 mm, white peak luminance of over 150 cd/m2, and power consumption of 6 W.


SID Symposium Digest of Technical Papers | 1999

Organic LED Full Color Passive-Matrix Display

Yoshinori Fukuda; Satoshi Miyaguchi; Shinichi Ishizuka; Takeo Wakimoto; Jun Funaki; Hirofumi Kubota; Teruichi Watanabe; Hideo Ochi; Tsuyoshi Sakamoto; Masami Tsuchida; Isamu Ohshita; Hitoshi Nakada; Teruo Tohma

A full color 5.2 inch 1/4VGA passive-matrix organic LED display has been developed adopting selective deposition for the different emitting materials. The display features 320 (× 3) × 240 pixels with an equivalent pixel size of 0.33 × 0.33 mm2 white peak luminance of over 150 cd/m2 and power consumption of 6 W.


Japanese Journal of Applied Physics | 1999

High Quantum Efficiency in Organic Light-Emitting Devices with Iridium-Complex as a Triplet Emissive Center

Tetsuo Tsutsui; Moon-Jae Yang; Masayuki Yahiro; Kenji Nakamura; Teruichi Watanabe; Taishi Tsuji; Yoshinori Fukuda; Takeo Wakimoto; Satoshi Miyaguchi


Journal of Luminescence | 2000

Organic LED full color passive-matrix display

Hirofumi Kubota; Satoshi Miyaguchi; Shinichi Ishizuka; Takeo Wakimoto; Jun Funaki; Yoshinori Fukuda; Teruichi Watanabe; Hideo Ochi; Tsuyoshi Sakamoto; Takako Miyake; Masami Tsuchida; Isamu Ohshita; Teruo Tohma


Synthetic Metals | 2001

Optimization of emitting efficiency in organic LED cells using Ir complex

Teruichi Watanabe; Kenji Nakamura; Shin Kawami; Yoshinori Fukuda; Taishi Tsuji; Takeo Wakimoto; Satoshi Miyaguchi; Masayuki Yahiro; Moon-Jae Yang; Tetsuo Tsutsui


Proceedings of SPIE, the International Society for Optical Engineering | 2001

Optimization of driving lifetime durability in organic LED devices using Ir complex

Teruichi Watanabe; Kenji Nakamura; Shin Kawami; Yoshinori Fukuda; Taishi Tsuji; Takeo Wakimoto; Satoshi Miyaguchi


Archive | 2002

Organic EL display and method for producing the same

Isamu Ohshita; Teruichi Watanabe


Archive | 2006

Self-emitting panel and method of manufacturing self-emitting panel

Teruichi Watanabe


Archive | 2002

Method for aging display apparatus and electronic equipment using the method

Isamu Ohshita; Teruichi Watanabe; Kunizo Ogoshi

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