31.120 电子显示器件 标准查询与下载

IEC TR 62908-1-3:2021 触摸和交互式显示器.第1-3部分:笔式触摸技术概述

Touch and interactive displays - Part 1-3: General introduction of pen touch technology

T/SUCA 007-2021 交互平板全贴合工艺技术规范

本技术规范规定了液晶模组全贴合的定义和术语、分类以及材料、使用环境和可靠性要求。

Technical specification for Optical Bonding of Interactive Touch Panel

GSO IEC 62679-3-1:2021 电子纸显示器 第3-1部分：光学测量方法

IEC 62679-3-1:2014 specifies the standard measurement conditions and measurement methods for determining the optical performance of Electronic Paper Display (EPDs). The scope of this document is restricted to EPDs using either segment, passive, or active matrix with either monochromatic or colour type displays. The measuring methods are intended for EPDs operated in a reflective mode. The EPDs may include an integrated lighting unit (ILU), but the ILU will be turned off for these measuring methods. Colour systems beyond three primaries are not covered in this document.

Electronic paper displays - Part 3-1: Optical measuring methods

GSO IEC 62629-13-1:2021 3D 显示设备 第13-1部分：使用眼镜进行立体显示器的目视检查方法 重影

IEC 62629-13-1:2017(E) specifies the visual inspection methods of ghost image. This document is applicable to stereoscopic displays using glasses.

3D Display devices - Part 13-1: Visual inspection methods for stereoscopic displays using glasses - Ghost image

GSO IEC 61747-30-3:2021 液晶显示装置 第30-3部分：液晶显示模块的测量方法 有源矩阵液晶显示模块的运动伪影测量

IEC 61747-30-3:2019(E) applies to transmissive type active matrix liquid crystal displays. This document defines general procedures for quality evaluation related to the motion performance of transmissive thin film transistor (TFT) LCDs. It defines artefacts in the moving image and methods for motion artefact measurement. NOTE Motion blur measurement methods and analysis methods introduced in this document are not universal tools for all the different LCD motion enhancement technologies due to their complexity. Users’ attention is drawn to this fact. This first edition cancels and replaces the first edition of IEC 61747-6-3 published in 2011. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: a) added test positions and areas; b) revised standard measuring conditions; c) added calculation of the standard deviation of the line-spread function of the eye; d) added requirements for high speed camera; e) changed “LCDs” to “transmissive TFT LCDs” in Clause 1.

Liquid crystal display devices - Part 30-3: Measuring methods for liquid crystal display modules - Motion artefact measurement of active matrix liquid crystal display modules

GSO IEC TR 62679-5-1:2021 电子纸显示器 第5-1部分：EPD 空间频率的易读性

IEC TR 62679-5-1:2017, which is a technical report, specifies the legibility in terms of contrast, spatial frequency, and reflection of the screen as a function of the physical parameters of an electronic paper display (EPD). This legibility evaluation model is introduced through both subjective and objective assessments. The scope of this document is restricted to EPDs using segment, passive, and active matrixes with monochromatic type displays.  

Electronic paper displays - Part 5-1: Legibility of EPD in spatial frequency

GSO IEC 61747-30-4:2021 液晶显示装置 第30-4部分：液晶显示模块的测量方法 动态背光单元

IEC 61747-30-4:2016(E) specifies the standard measurement conditions and measuring methods for determining the optical performance and power consumption of active matrix liquid crystal display modules with dynamic backlight units.

Liquid crystal display devices - Part 30-4: Measuring methods for liquid crystal display modules - Dynamic backlight units

GSO IEC 62595-2-1:2021 显示照明单元 第2-1部分：LED背光单元的光电测量方法

IEC 62595-2-1:2016(E) specifies the standard measurement conditions and measuring methods for determining the electrical and optical parameters of LED backlight units for liquid crystal displays. This first edition cancels and replaces the first edition of IEC 62595-2 published in 2012. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: a) changed the series title in order to cover frontlight unit; b) added the detailed measurement procedures particularly for block-wise BLU; c) deleted Annex A; d) revised Figure 1 and Figure 2 and some editorial errors.

Display lighting unit - Part 2-1: Electro-optical measuring methods of LED backlight unit

GSO IEC 61747-20-2:2021 液晶显示装置 第20-2部分：目视检查 单色矩阵液晶显示模块（不包括所有有源矩阵液晶显示模块）

IEC 61747-20-2:2015(E) gives the details of the quality assessment procedures and provides general rules for the visual inspection of the non-active and active areas of monochrome matrix liquid crystal display modules by the human eye and, if necessary, through an optical microscope. Furthermore this standard includes the defect definitions and the method for visual defect inspection. This first edition cancels and replaces Clause 5 of the first edition of IEC 61747-5 published in 1998. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: a) editorial modification was done in accordance with the ISO/IEC Directives, Part 2; b) document number was changed to align with the new numbering structure of the IEC 61747 series.

Liquid crystal display devices - Part 20-2: Visual inspection - Monochrome matrix liquid crystal display modules (excluding all active matrix liquid crystal display modules)

GSO IEC 62679-1-1:2021 电子纸显示器 第1-1部分：术语

IEC 62679-1-1:2014 gives the preferred terms, their definitions, as well as the symbols for electronic paper displays (EPDs).

Electronic paper displays - Part 1-1: Terminology

GSO IEC 62679-3-3:2021 电子纸显示器 第3-3部分：具有集成照明单元的显示器的光学测量方法

IEC 62679-3-3:2016(E) specifies the standard measurement conditions and measurement methods for determining the optical performance of electronic paper display (EPD) devices which have an operating integrated lighting unit (such as a front light). The scope of this document is restricted to EPDs using segmented or matrix structures with either monochromatic or colour type displays. The measurement methods are intended for EPDs operated in a reflective mode with the integrated lighting unit (ILU) turned on in a dark or indoor ambient lighting environment. Colour systems beyond three primaries are not covered in this document.

Electronic paper displays - Part 3-3: Optical measuring methods for displays with integrated lighting units

GSO IEC 62679-4-2:2021 电子纸显示器 第4-2部分：环境测试方法

IEC 62679-4-2:2016(E) specifies the environmental conditions to determine the environmental reliability of electronic paper display (EPD) panels and/or modules for storage under the assumed usage environment. The scope of this document is restricted to EPDs using either segment, passive, or active matrix with either monochromatic or colour type displays. The measuring methods are intended for EPDs operated in a reflective mode.

Electronic paper displays - Part 4-2: Environmental test methods

GSO IEC 62595-2-2:2021 显示照明单元 第2-2部分：LCD BLU 中使用的 LED 灯条的测量方法

IEC 62595-2-2:2018(E) specifies the standard measurement conditions and measuring methods for determining electrical and optical performances of LED light bars with white LEDs used in LCD backlight units.

Display lighting unit - Part 2-2: Measuring methods of LED light bars used in LCD BLUs

GSO IEC TR 62977-2-3:2021 电子显示设备 第2-3部分：光学特性的测量 多色测试图案

IEC TR 62977-2-3:2017 (E), which is a Technical Report, reviews the impact of test pattern colour content and image loading on the measured display's photometric and colorimetric performance. Experimental data for several display technologies is presented to demonstrate the need for using a broader range of colours in the test patterns, and measuring the display at an image loading level appropriate for the intended application.

Electronic display devices - Part 2-3: Measurements of optical properties - Multi-colour test patterns

GSO IEC 62679-3-2:2021 电子纸显示器 第3-2部分：测量方法 光电

IEC 62679-3-2:2013 is restricted to electronic paper display modules using either segment, passive, or active matrix, and either monochromatic, or colour type displays. In order to achieve a useful and uniform description of the performance of these devices, specifications for commonly accepted relevant parameters are put forward. The purpose of IEC 62679-3-2 is to indicate and list the procedure-dependent parameters and to prescribe the specific methods and conditions that are to be used for their uniform numerical determination.

Electronic paper display - Part 3-2: Measuring method - Electro-optical

GSO IEC 61747-30-1:2021 液晶显示装置 第30-1部分：液晶显示模块的测量方法 透射型

IEC 61747-30-1:2012 is restricted to transmissive liquid crystal display-modules using either segment, passive or active matrix and achromatic or colour type LCDs. Furthermore, the transmissive modes of transflective LCD modules with backlights ON are comprised in this document. An LCD module in combination with a touch-panel or a front-light-unit is excluded from the scope because measurements are frequently inaccurate. Touch-panels or front-light-units are removed before measurement. Throughout the main body of this standard, an integrated backlight is assumed to provide the illumination for the measurements. Deviations from this (e.g. segmented displays without integrated backlights) may usually be handled in the same way as display modules with integrated backlight, if an external backlight is provided. However, in the case where one of the two situations should be handled differently, this will be specifically stated. This first edition cancels and replaces IEC 61747-6 published in 2004. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: a) the document structure was brought in line with 61747-6-2; and b) various technical and editorial changes were made. This publication is to be read in conjunction with IEC 61747-1:1998.

Liquid crystal display devices - Part 30-1: Measuring methods for liquid crystal display modules - Transmissive type

T/CI 006-2021 柔性/折叠触控屏导电硬化薄膜

a. CPI硬化膜是以聚酰亚胺薄膜或者为基材在其表面上hard coating 工艺加上硬化层，具有高透过率、低雾度、耐摩擦、高温/高湿/高气压可用、不易破碎、且柔韧性好，折叠（弯折200K以上）、高硬度（H＞6H）是当今柔性折叠屏幕盖板最佳材料。 b. CPI双面石墨烯纳米银是以聚酰亚胺薄膜为基材在双面涂布加工石墨烯纳米银层和UV保护层，具有优异性能高导电性、高柔韧性、高环保性、高透过性石墨烯纳米银线在终端设备领域，是智能手机柔性面板必须柔性触控材料。 c. COP双面石墨烯纳米银是以环烯烃聚合物薄膜为基材在双面涂布加工石墨烯纳米银层和UV保护层，具有性能优势，高导电性、低雾度、高环保性、高透过性、高刚性、高耐热等，满足了柔性触控模组的发展需求，因而石墨烯纳米银线应用在柔性面板领域。   1、 CPI硬化膜是透明聚酰亚胺薄膜具有优异性能，具有高耐热、高可靠、耐挠曲、低密度、低介电常数、低 CTE、易于实现微细图形电路加工等特性，还克服了传统PI薄膜浅黄或深黄颜色的缺点，不仅应用于折叠屏的柔性显示技术，而且可用于薄膜太阳能电池、柔性电路板的柔性衬底，是柔性折叠触控屏的柔性盖板最佳材料。    2、 CPI双面石墨烯纳米银具有优异性能，石墨烯纳米银线在终端设备领域，是智能手机柔性面板必须柔性触控材料。最主要的性能优势，高导电性、高柔韧性、高环保性、高透过性等，满足了柔性触控模组的发展需求，因而石墨烯纳米银线应用在柔性面板领域是发展主流。  3、COP双面石墨烯纳米银具有优异性能，COP，（CycloOlefinPolymer）环烯烃聚合物，是双环庚烯（降冰片烯）在金属茂催化剂作用下开环异位聚合，再发生加氢反应而形成非晶态均聚物。用于医学用光学部件和高端药品包装材料，具有高透明、低双折射率、低吸水、高刚性、高耐热、水蒸汽气密性好等特点。COP透光率与TAC、PMMA相当，密度比PMMA、PC低约10%，玻璃化温度达到140-170℃，耐热性更好，机械性能及耐候性也优于TAC。 3.1.1CPI硬化膜产品标准 项目　标准值 Hard Coating (um）　5~10 CPI  Thickness (um)　50±3 Transmittance (%)　≥90 Haze (%)　≤0.9 Yellow Index　＜2.0 Color( b*)　≤1.0 铅笔硬度（H）　≥4 初始水滴角（°）　＞110 钢丝绒摩擦　≥2500次表面无划伤 钢丝绒摩擦后水滴角（°）　＞100 橡皮擦摩擦水滴角（°）　＞90 CPI/HC百格　100/100---（5B） 动态弯折　R2mm，内折外折折弯200K，无裂纹 HC断裂伸长率　≥2.5% 3.1.2CPI双面石墨烯纳米银膜产品标准 CPI双面石墨烯纳米银导电膜产品标准 CPI基膜　单位　      13 um/50Ω　      50um/70Ω 方阻　TOP[Ω/cm2]　50±5　70±5 　Back[Ω/cm2]　50±5　70±5 穿透　[%]　≥90　≥90 雾度　[%]　＜1.5　＜1.5 b*　[/]　＜3.0　＜3.0 硬度　[/]　≧HB　≧HB 　　（导电面）　（导电面） 达因值　[/]　＞32　＞32 百格　[/]　5B　5B 3.1.3COP双面石墨烯纳米银膜产品标准 COP双面石墨烯纳米银导电膜产品标准 COP基膜　单位　   25 um/50Ω　   50um/70Ω 方阻　TOP[Ω/cm2]　50±5　70±5 　Back[Ω/cm2]　50±5　70±5 穿透　[%]　≥90　≥90 雾度　[%]　＜1.5　＜1.5 b*　[/]　＜3.0　＜3.0 硬度　[/]　≧HB　≧HB 　　（导电面）　（导电面） 达因值　[/]　＞32　＞32 百格　[/]　5B　5B

Flexible/foldable touch screen conductive hardened film

DS/IEC 62595-2-5:2021 显示照明单元第2-5部分：非平面光源光量测量方法

Display lighting unit – Part 2-5: Measurement method for optical quantities of non-planar light sources

BS PD IEC TR 62977-1-31:2021 电子显示器 通用的关于光测量设备使用的实用信息

Electronic displays. Generic. Practical information on the use of light measuring devices

DS/IEC TR 62977-1-31:2021 电子显示器 第 1-31 部分：通用 使用光测量设备的实用信息

Electronic displays – Part 1-31: Generic – Practical information for use of light measuring devices