STN-LCD

The ASIC Research and Design of STN-LCD Driving and Control Chip

STN-LCD驱动控制芯片的ASIC研究与设计

Study on treatment of wastewater from producing STN-LCD and wastewater reuse

STN-LCD生产废水处理与废水回用的研究

The influence of the thickness of STN-LCD cell on its display characteristics

超扭曲向列液晶盒厚度对显示特性的影响

The paper introduces internal structure , main component and requirement of design of colour STN-LCD module .

本文介绍了彩色STN-LCD模块的内部结构、主要器件，以及设计选用要求。

The Effect of Capacitance on Display Quality of STN-LCD

电容对STN-LCD显示性能的影响

Influence of the Cell Thickness Irregularity to Formation of Black Spot in STN-LCD

盒厚不均对STN-LCD显示黑斑形成的影响

The Controlling Method of STN-LCD Cell Gap

STN-LCD盒厚的控制方法

The Effect of PI Curing Temperature and Rubbing Intensity on STN-LCD Cell with TOP Coating Inside

PI固化温度及摩擦强度对涂TOP/STN-LCD的影响

In the process of STN-LCD manufacturing , BLACK SPOT display defect is one kind of display irregularity .

在制造STN-LCD产品中，STN-LCD显示黑斑缺陷是显示不匀缺陷的一种。

Improvement of Uniformity and Stability of STN-LCD Sealing

STN盒边框均匀性及稳定性改善

Optimization of parameters of STN-LCD compensated by birefringent films

膜补偿超扭曲液晶显示器件参数的最佳化

Low-power techniques used in STN-LCD controllers and drivers

基于STN-LCD控制驱动器的低功耗技术

T is almost constant in spite of various view angle , which means STN-LCD has a wide view range .

T随视角的变化很小，说明STN-LCD具有宽的观看范围。

Based on STN-LCD display principle , this article has described the reproduction of chromatic information on CSTN-LCD employed color filter .

本文基于STN-LCD显示原理，给出了微彩色滤光器方式彩色STN-LCD彩色实现原理。

Elimination of Interference Colour in the STN-LCD & White-Mode Display

STN-LCD中双折射着色现象的消除&白模式显示

Design of A 4-line Addressing STN-LCD Driver

STN液晶显示4行寻址驱动芯片的设计

The study of super twist nematic liquid crystal display ( STN-LCD ) material mixture and synthesis about compounds has always been an important subject in recent years .

超扭曲液晶显示材料的混配技术和液晶化全物的合成是近几年来国内研究的重要课题。

In the study on STN-LCD , double films compensated STN-LCD is introduced to eliminate the color at the off-state in this paper .

本文在对超扭曲向列相液晶显示器（STN-LCD）的研究过程中，提出双膜补偿结构解决了STN-LCD关态带色的问题。

This paper describes the controlling method of STN-LCD cell gap by STN-LCD construction design , Material choice , manufacturing-way as well as cleanness management in the workshop .

本文从STN-LCD的构造、材料选择、制作工艺及环境管理等方面，综合介绍了STN-LCD盒厚均匀性的有效控制方法。

This paper reviews the progress of liquid crystal compounds , chirality 's agents and oriented agents , andiscusses the application prospect of STN-LCD in display field .

本文综述了国内超扭曲液晶显示材料中所用单晶化合物、手性添加剂和取向剂的合成进展情况，并阐述了超扭曲液晶在显示领域中的应用前景。

Study of multidomain STN-LCD

多畴STN-LCD的研究

The STN-LCD employs a novel oriented layer , concels the residual image employs a novel driving waveshape , cancels the crosstalk .

STN-LCD采用新的取向层，消除了残象；采用新的驱动波形，消除了串扰；

The design and implementation were investigated of application specific integrated circuit ( ASIC ) used in a super tortuosity nomograph liquid crystal display ( STN-LCD ) controller & driver .

超扭曲向列（STN）液晶是一种常见的被动型显示器件，在移动通讯设备和仪表显示系统中被大量使用。

This paper reported a new drive method for fast-response STN-LCDs and discussed the possibility of fast-response STN-LCD video image display and analyzed the effect of various row functions on image properties .

本文针对快速响应的STNLCD提出了新的驱动方法，讨论了快速响应STNLCD视频图象显示的可能性，分析了各种行函数对图象特性的影响。

Considering the special backlight used in Improved STN-LCD , we optimized Improved STN-LCD by using elastic theory of liquid crystal and Jones matrix . According to the optimized result , we made ISTN test cell and tested its performance .

考虑到ImprovedSTN所用的特殊背光源，本文应用液晶弹性理论以及Jones矩阵对ImprovedSTN-LCD进行计算机模拟优化，同时参照优化结果制作LCD测试盒进行测试，得到了比较理想的结果。

The design and implementation were investigated of application specific integrated circuit ( ASIC ) used in a super tortuosity nomograph liquid crystal display ( STN-LCD ) controller & driver . The low-power system specification techniques including power management , clock planning and bus mediation were expounded .

基于一款超扭曲阵列液晶显示（STN-LCD）控制驱动器的专用集成电路（ASIC）的设计与实现，从功耗管理、时钟规划和总线仲裁三个方面阐述了低功耗系统规划方法；