ltps

We also examine the cost of LTPs vs amorphous silicon .

同时对低温多晶硅与非晶硅作了成本对比。

Fabrication of LTPS TFT with High Qualities and Design for Integration of Peripheral Drive Circuits

周围动脉假性动脉瘤高品质低温多晶硅薄膜晶体管的制作与周边一体化设计

Basic logical circuits and peripheral drive IC based on LTPS TFT were discussed for the first time .

并且首次对基于LTPSTFT的基本逻辑单元、简单的灰度显示用周边驱动电路进行设计仿真。

A Flexible 8-bit Asynchronous Microprocessor Based on Low-Temperature Poly-Silicon ( LTPS ) TFT Technology

一种基于低温多晶硅TFT技术的柔性8位异步微处理器

Low temperature polycrystalline silicon thin film transistors ( LTPS TFTs ) are widely used in the flat panel displays .

低温多晶硅薄膜晶体管（LTPSTFT）广泛应用于平板显示。

This paper aims at the research on drive technology of LTPS ( Low Temperature Poly-Silicon ) TFT ( Thin Film Transistor ) AM-OLEDs .

本文对低温多晶硅薄膜晶体管（TFT）AM-OLED的驱动技术进行了研究。

LTPS TFT characteristics as well as reduce the cost advantage , AM-OLED multi-use GOA ( gate on glass ) direct-drive circuit .

由于LTPSTFT的特性优势以及为减低成本，AM-OLED多采用GOA（gateonglass）电路直接驱动，使GOA驱动电路的可靠性、实用性成为一个重要的研究课题。

Both the combination of OLED with LTPS TFT technology and the integration of display part with peripheral drive IC are the trend of flat panel display ( FPDs ) .

OLED与LTPSTFT的结合以及显示部与周边驱动IC集成一体化是平板显示的发展趋势。

For low temperature poly-silicon ( LTPS ) active matrix organic light emitting display ( AM-OLED ), the digital gray scale of sub-field can significantly improves the light uniformity and gray scale accuracy .

研究分场数字灰度方案，以提高低温多晶硅（LTPS）有源驱动有机电致发光显示器（AM-OLED）的亮度均匀性和灰度精确性。

IR absorption spectra indicated that the relative percentage contents of phenolic hydroxyl in LTPs were reduced to 68 4 % - 80 7 % compared with that of TP ( 104 % ) .

红外吸收光谱表明，LTP分子中仍存在酚羟基，但酚羟基的相对含量由TP的104%减少到684%～807%。

Based on the classic strategies , in terms of the feature of LTPS , cache weak coherency policy based on period of validity is projected , based on analyses for query request , ascertain period of maintenance .

本文在分析了几种经典缓存维护策略的基础上，针对LTPS特点，提出了基于时间的缓存弱一致性维护策略，根据对查询请求的分析，确定维护周期。

Time-ratio gray-scale ( TRG ) technology can improve the grey scale accuracy and the brightness uniformity of low temperature poly-silicon ( LTPS ) active matrix organic light emitting display ( AM-OLED ) .

运用分场数字灰度技术可以提高低温多晶硅（LTPS）AM-OLED显示屏的灰度精确性和亮度均匀性。

A flexible 8-bit asynchronous microprocessor based on low-temperature poly-silicon ( LTPS ) TFT technology , surface free technology by laser annealing and ablation ( SUFTLA ) and asynchronous circuit description language Verilog + is presented .

介绍基于低温多晶硅TFT技术和采用激光退火表面刻蚀技术的柔性8位异步微处理器，并且给出了异步电路描述语言Verilog+。