amoled驱动及测试方法的分析

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1、优秀毕业论文复旦大学硕士毕业论文“AM一OLED驱动及测试方法的研究”5.2.2系统的构成.......................................................................……，.........................................……335.2.3单元电路的功能介绍.，…，.，~二，..…，，.......................·········，·······································，········一365.3系统的设计实现.............

2、.............................................................·...············································……375.3.1行扫描和OLED驱动时序产生单元的设计.....................……，.……，...............................……385.3.2存储器模块的设计..................................................···.································

3、·····················……395.4一种AM-OLED模块驱动设计应用方法.................................................................................……455.4.1要解决的技术问题............................................................··············································……455.4.2技术方案...................................

4、...........................……、.....................................................……475.4.2具体实施方法.................................................................·················································……505.4.3有益效果..............................................................……，.........

5、............................................……53第六章总结和展望......................................................................……、.....··，·············································……54参考文献....................……，..................……‘.................................................................

6、...............................……55致谢......................................................................................……，...............................................................……56精品参考文献资料优秀毕业论文复旦大学硕士毕业论文“人入咬一OLED驱动及测试方法的研究”第一章绪论Ll引言随着科学技术的发展，电子显示技术也在不断地更新换代。从传统的阴极射线管(CRT)发展到液晶屏(LCD)，以

7、液晶显示(LCD)和等离子显示(PDP)为代表的平板显示产业，已经在便携式和大屏幕显示领域取代了CRT显示器件的统治地位，FPD的优势已经被人们所认可。现在向第3代显示技术过渡，在研究开发方面竞争得最激烈的是PDP、OLED、LCD。它们各有所长，但追求的最终目标都是一样的，即要求达到质量轻、厚度薄，高亮度、快速响应、高清晰度、低电压、高效率、长寿命、低成本。LCD是目前应用最广泛的主流平板显示技术，从小尺寸