平板显示器

• With the aid of the design thoughts of other flat panel displays , a control circuit is designed firstly , which can be applied on small scale of oled , and does a hardware implementation based on programmable logic device
  我们在参考其他平板显示器驱动控制电路的基础上,提出了应用于oled驱动的控制电路方案,同时利用复杂可编程逻辑器件进行了验证,并对此电路进行了仿真。
• In this paper , the structure of fed , operation principle of fed and the manufacturing process were presented at first . emphasis of this paper was put on the investigation in low melting - point glass sealing technique and gas exhausting technique
  本文首先对fed平板显示器的结构、工作原理、制造工艺过程进行论述，重点论述了对fed平板显示器件的低熔点玻璃封接及除气工艺的研究。
• The driving circuit , which exhibits excellent transplantable performance , can be extensively applied in different scales , different kinds of fpds just by slight modification . the circuit , expressed with veriloghdl , was designed into an ip core
  该驱动电路不仅适用于电子全息显示器件,其最明显的优点是具有很好的移植性通用性,稍作修改就可以用到不同规模不同种类的平板显示器件上。
• Field emission display ( fed ) is a novel self - luminous vacuum flat panel display . it is concerned for its advantages of fpd and crt , thus is of great application foreground . fed is consist of panel and driving system which control system means a lot
  场致发射显示器( fed )是新一代自主发光型真空平板显示器件,因其兼有平板显示器件和阴极射线管的优点而赢得了普遍关注,具有巨大的应用前景。
• In chapter one , the general research aspects of technics applied in panel image display , the quality of image display , and to which the appraisement methods of display panel bear a reference are described . the study project and content are confirmed
  第一章，对平板显示器显示图形、图像技术的研究状况，以及平板显示器图像显示质量及评估方面的问题进行了综述，确立了本文的研究方向和研究内容。
• We are experiencing unprecedented growth and opportunity in our asian markets for data centers , semiconductor manufacturing facilities , flat panel display manufacturing facilities , and solar cell manufacturing facilities and looking for all professional disciplines
  公司在亚洲市场正经历着前所未有的发展，需要数据中心、半导体生产设施、平板显示器生产设施、及太阳能电池生产设施等领域内的各种专业人才。
• Organic electroluminescent devices ( oleds ) have aroused many scientists " interests because of their potential adventages in low - power , emissive , flexible , cost - competitive , flat panel displays . red , green and blue light - emitting devices are readily avaible
  有机薄膜电致发光器件具有驱动电压低、发光效率高、制备容易、可制成大面积的平板显示器以及颜色丰富等特点，已引起各国科学工作者的广泛关注。
• Abstract : the development of the chip ceramic capacitor , pdp ( plasma displays ) , silicon solar cell and electronic package was reviewed in the present paper , and the requirements to electronic pastes and the growing trend of base metals electronic pastes were introduced
  摘要：本文评述了我国多层片式陶瓷电容器、 pdp平板显示器、硅太阳能电池、电子封装等的发展现状以及对电子浆料的要求，同时还评述了贱金属浆料的发展趋势。
• The purpose of this dissertation is to study the problems of driving algorithm of high quality image display in panel display devices , and adjustment of color based on the virtual gamut transformation with merging approximation theory as essential means
  本论文的目的是以拟合逼近理论和显示色度学为基础，研究平板显示器高质量的图形、图像显示驱动算法和基于准虚拟色度空间变换的颜色修正方法及其在高清晰度平板显示器中的应用。
• At present , feas have potential for use as an electron source in a wide variety of applications , including microwave power amplifiers ( such as twts , klystron ) , flat panel displays , electron microscopy , and electron beam lithography
  目前,场致发射阵列阴极的应用领域十分广泛,主要包括微波器件(应用于twts , klystron等) 、平板显示器( feds ) 、电子显微镜及电子束刻蚀系统等。其中,应用研究的焦点主要集中在平板显示器和射频功率放大器。