摘 要
輕薄短小是現代科技對顯示器的要求。有機發光顯示器即是符合此要求的新型顯示器。常見的平面顯示器包括 LCD，PDP，OLED等技術。有機發光二極體OLED 這項新科技產品，其特點有：無視角問題、色彩飽和、快速的電光反應、自發光等特性，因此可以輕可以薄，因為只有發光處消耗功率，所以此技術更為省電。
當然生產有機發光二極體顯示器的技術仍需不斷的改良，為此我們投入研究相關的生產技術，譬如：規劃一套快速有機發光二極體的品質管控機制，驅動電路的研發，亮度均勻性的改良，以及有機發光二極體的壽命量測系統。
在驅動點亮方面的電路，我們提出了所謂的電壓補償驅動法，以電壓的方式點亮每一個像素，即電壓補償法。在不同的列上有不同的驅動電壓，使得因為透明的導電線路的電壓降被補償，因此可以維持亮度的均勻性，而且電壓型電路的輸出阻抗小。
亮度均勻是平面顯示器的最大問題，無論是液晶顯示器或是有機發光二極體顯示器都深受困擾。我們提出一個所謂的區域性補償亮度表，以預先量測得到的數值，改變各區域的補償比例，使得亮度均勻性由 85%達到接近95%的完美效果。
利用一個精準的電流源系統，一組光電晶體，一套資料收集器，以及以Visual C++發展的監控人機介面軟體，組成壽命量測系統。此系統光量測採用光電晶體，並提出了一個可以克服讀取低信號雜訊比的軟體濾波器，而電流源方面則是採用有迴授控制的電路，因此電流可以維持相當的精準性，所以壽命量測系統具有完善的水準。
缺陷像素的快速檢測系統用來保持被動式有機發光二極體的品質管控，提出以電壓充電曲線判斷法則，快速的檢測顯示器裡每一個像素是否都為完好的顯示狀態，是否符合出貨標準，如此將可保證產品的品質。
有機發光二極體技術僅發展近20年就有如此重大的成就，加上眾所皆知的有機發光平面顯示器諸多優點，人們普遍相信有朝一日此一技術將廣泛的適用在資訊產業，為此我們先期的爲此產業設計生產所需的設備，當然真正的成功之前有許多的障礙必須移除，仍需研究人員與生產機構相互配合才可能讓此一新技術發光發亮。

Abstract
Nowadays, flat panel displays (FPD) almost dominate the information display market as their superior property of dimension. Liquid Crystal Display (LCD), Plasma Display Panel (PDP), and Organic Light Emitting Diodes (OLED) are FPD technologies. Wide of view-angle, quick response of the photoelectrical, self-emission, thin of thickness and low power consumption are the most attractive characteristics of OLED panels that can overcome drawbacks of LCD and PDP. Therefore, OLED panels could be dominated FPD market in the next decade.
However, some production skills about OLEDs panel must be improved and enhanced in order to reduce its cost for competing with LCD panel. Hence, we have been dedicated in developing quality control of OLEDs panels and a driving controller for showing a uniform picture on OLEDs panels for five years. In addition to, we have already built a lifetime measurement system for evaluating lifetime of OLEDs panels, a fast defect pixel examination system for checking OLEDs pixels, a voltage-compensated driver for lighting pictures on OLEDs panels, and a LUT based controller for removing luminance nonuniformity phenomenon on OLEDs panels.
In driving circuit, we suggest a compensated-voltage type driver for lighting OLEDs panels. The luminance efficiency of the voltage type driver is better than that by the traditional type driver when a PMOLEDs panel is lit on.
A novel compensative controller is also proposed hereby to overcome the problem of luminance non-uniformity. We inserted an area compensated look up table (ACLUT) into display data path; therefore, the display data will be modified by the ACLUT. The uniformity of luminance is improved from 85% to 95% by the ACLUT.
In the lifetime measurement system, which is a computer based system; we proposed a novel filter which suitable for a low signal noise ratio signal and designed a feedback accurate current source.
The defective pixel on OLEDs panels examine system is designed for quality control of PMOLED panels. The theory of the voltage charge response is applied to the system. By mean of data comparing, the defective pixel can be found quickly. Hence, the proposed system is helpful to apply in a mass-volume production line.
Because there are many superior characteristics of OLEDs panel, people believe that OLEDs panels will be widely applied to the information display. However, many barriers must be removed; therefore, it does need the researchers' dedication and continuous investigation in the OLEDs panels field.

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