Popular projection technology including DLP, 3LCD and LCOS technology three kinds.
流行的投影技术包括数字光处理（DLP），3LCD和LCOS技术三种。
This result will make a difference for the research of LCOS, and provide scientific basis for production.
该结果对硅基液晶显示研究具有一定的意义，为实际生产提供理论依据。
Here is introduced a design of liquid crystal on silicon (LCOS) driver for the digital photofinishing system.
针对基于硅基液晶(LCOS)的数码冲印系统，设计了一种LCOS的驱动电路。
This kind of rotator can be used in LCD or LCOS, greatly improving the light efficiency of the system and the contrast of projection.
将该偏振方向旋转器用作LCD或LCOS投影仪中的偏振转换器，将大大提高系统的光能利用率以及投影系统的对比度。
The third chapter shows the display styles of LCOS helmet micro display and the reason why choose the single eye, direct-view style in this paper.
第三章说明了LCOS头盔微显示器显示方式的种类以及本文中选择单目直视型显示方式的原因。
The projection display based on LCOS technology caters for the requirements of large-area image and high resolution, and grows up with vigor currently.
基于LCOS技术的投影显示更是大画面和高清晰度显示的杰出代表，并正以迅猛速度增长。
The LCOS based projector has good performance even for HDTV and low price; perhaps the only large screen display technology which could compete with CRT.
基于LCOS的投影显示器具有很好的显示性能，甚至达到HDTV的水平，且价格低廉，或许是唯一能与CRT比美的大屏幕显示技术。
In this paper, we reviewed several hotspots of LCD research, including Transparent LCD (TS-LCD), poly-silicon thin film transistor, liquid crystal on silicon (Lcos).
本文回顾了现阶段液晶显示器的几个研究热点，包括透反射液晶显示器、多晶硅薄膜晶体管技术及硅基液晶。
In this paper, we reviewed several hotspots of LCD research, including Transparent LCD (TS-LCD), poly-silicon thin film transistor, liquid crystal on silicon (Lcos).
本文回顾了现阶段液晶显示器的几个研究热点，包括透反射液晶显示器、多晶硅薄膜晶体管技术及硅基液晶。
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