1·Customer service: the actual processing backlight product quality management and after-sales service follow-up action!
客户的售后服务：实际处理背光源产品的售后质量管理和业务跟进处理！
2·The feasibility about substituting the PZT for the traditional electromagnetic transformer in LCD backlight is discussed.
最后讨论了在LCD背光源中用压电陶瓷变压器替代传统电磁变压器的可行性。
3·The design and development of LED backlight used for notebook PC is introduced in this paper. The development process is elaborated separately from the standpoint of optical, circuit and structure.
文章介绍了笔记本电脑用LED背光源的设计开发，分别从光学、电路、结构角度阐述了开发的过程。
4·LED backlight in this paper has reached the level of industry-leading with the feature of ultra-slim, high brightness, low power consumption.
文中设计的笔记本用LED背光源超薄、高亮、低功耗，达业界领先水平。
5·El backlight with the keyboard features: the application of light at night or dark environment relatively long time job, be able to clear a long time to language, design, the keyboard is displayed.
带el背光源的键盘特点：适用夜间或光线长时间比较黑暗的环境工作，能够长时间清晰地将文字、图案、键盘显示出来。
1·The backlight photography with single sample was used to measure the true stress-strain of the ductile material after necking in tensile test.
本文采用单试样逆光拍照法对延性材料拉伸试验缩颈后的真实应力-应变进行了有效的测量。
2·The light and shadow on the face is very clear the backlight application for the facial texture and emotional expression is splendid a good portrait photograph.
老人脸部的光影关系明确，侧逆光的运用对人物表情、五官的质感刻画很精彩。是一幅很好的肖像摄影作品。
3·With automatic white-balance Settings, contrast level adjustment system, automatic gain control, backlight compensation function.
具有自动白平衡设置，反差系统水平调整，自动增益控制，逆光补偿等功能。
4·The invention provides a technique for properly performing a backlight processing for the image data.
本发明提供一种适当地执行图像数据的逆光处理的技术。
1·More problematic than glitchy FaceTime software are the reports of iPad 2 backlight leakage.
比FaceTime软件问题更加麻烦的是有报道称iPad2的背光灯漏光。
2·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。
3·Unlike liquid crystal displays ( LCDs ) , OLED displays have no backlight .
与液晶显示器不同， 有机发光二极管显示器没有背光灯。
4·On this basis, the energy-efficient design of the backlight is emphatically designed.
在此基础上，重点设计了背光灯的节能操作。