Since they emit light directly , OLED displays do not need a backlight.

由于也是自身发光, OLED显示器 可以不用背光灯.

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Now research in OLED Drive Circuit and Data Communication Networks.

目前从事OLED驱动及数字通信网络的工作.

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Organic light emitting diodes ( OLED ) employing an Ir complex with coumarin ( C 6 ) and acetylacetone ( acac ) ligands Ir ( C 6 ) _ 2 ( acac ) are studied.

所研究的有机电致磷光发光器件 ( OLED ) 选用了一种新型金属铱的化合物Ir ( C6 ) 2 ( acac ),这种金属化合物由配位体香豆素C6和乙酰丙酮 ( acac ) 与金属铱化合形成.

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Introduce magnetic material in OLED, will make brightness gets controlling, and need not add electric contact.

把磁性材料引入OLED之中, 将使亮度获得节制, 而不必附加电接触.

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Once a message is sent, the status is displayed on the built - in OLED screen.

一旦信息发送出去, 内建的OLED屏幕上就会显示出状态.

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For this installation, rAndom International was inspired by the mirror finish quality of individual OLED modules.

此安装, 随机国际灵感,是来自于镜面设计质量个人OLED模块.

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Determine the latent defects of OLED by slight emission analysis method without damage.

在低于初始发光电压的驱动条件下,可以确定OLED的微小缺陷造成的漏电部位.

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Thirdly, instead using the complex transparent keys over OLED display mechanism thetheand the display into one.

最后, 它不像万键之王是用透明按键套在OLED屏幕 之外的复杂机构,而是简单的一整颗按键(连着屏幕)按下去就好了.

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But the life time of organic materials become the obstruction on the further development of OLED - FPD.

但OLED材料寿命、元件性能差异问题,成为发展的一大阻碍.

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At last this thesis gives some advices about the design of the OLED's driver IC.

最后论文就OLED驱动芯片的设计提出了一些建议.

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OLED is the new generation of panel display technology following CRT, PDP and LCD.

有机发光二极管(OLED)是继CRT 、 PDP、 LCD之后的新一代平板显示技术,它可以使显示设备实现超薄化、柔软化.

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A practical design of a dual - port SRAM embedded in OLED display driver ICs was presented.

详细描述了一种集成在OLED显示驱动芯片中的双端口SRAM设计.

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These show that OLED is a promising displaying technology.

阐述了有机发光二极管是一种很有前途的显示技术.

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Price aside, the superior OLED display quality has many singing its praises.

除了价格以外, 有机发光二极管卓越的显示品质赢得了大量赞誉.

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The first is passivation layer to protect the top emitting OLED.

首先是用来保护上发射有机发光元件的保护膜.

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