27.2: 31_inch FHD AMOLED 3‐D TV using Emission‐Switch Control Method

27.2: 31_inch FHD AMOLED 3‐D TV using Emission‐Switch Control Method
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DOI:
10.1889/1.3621320
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发表时间:
2011-06
期刊:
SID Symposium Digest of Technical Papers
影响因子:
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通讯作者:
Joong-Sun Yoon;Ji-Min Lee;Hyunhaeng Lee;Young-Hak Lee;Du-Hwan Oh;Tae‐Gung Kim;Kilhwan Oh;Bumsik Kim
Joong-Sun Yoon;Ji-Min Lee;Hyunhaeng Lee;Young-Hak Lee;Du-Hwan Oh;Tae‐Gung Kim;Kilhwan Oh;Bumsik Kim
中科院分区:
其他
文献类型:
--
作者:
Joong-Sun Yoon;Ji-Min Lee;Hyunhaeng Lee;Young-Hak Lee;Du-Hwan Oh;Tae‐Gung Kim;Kilhwan Oh;Bumsik Kim

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开发了一种采用发射开关控制的31英寸全高清AMOLED三维电视。这里使用的发射开关控制是同时控制每个像素的电磁开关,使所有像素同时处于发射和非发射状态。为了使用这种控制方法,我们开发并采用了移位寄存器和缓冲器之间具有2-D/3-D可切换块的EM驱动器。用这种方法制作并演示了31英寸AMOLED电视,获得了大视角和开关式3-D串扰0.39%电平。此外,与有源电压控制相比,该方法有助于减少系统上的负载。
31_inch FHD AMOLED 3‐D TV using the Emission‐Switch Control for 3‐D driving was developed. The Emission‐Switch Control used here is that EM switches of each pixel are controlled simultaneously so that all pixels are emission and non‐emission at the same time. In order to use this control method, we developed and adopted EM driver which have 2‐D/3‐D switch‐able block between shift register and buffer. By using this method, we fabricated and demonstrated 31_inch AMOLED TV that achieved great viewing angle and on‐off 3‐D Cross‐talk with 0.39 % level. Also, compared to Active Voltage Control this method helps reducing the load on the system.