Oled have received considerable attention due to their superb display image quality and demonstrated manufacturing and market potentials 有機發光二極體的發展近年廣受關注,主要是因為其所展示上乘的影像質素,及其生產及市場的潛力。
A drive method of unequalized clock counter in panel display which uses no dissimilarity @ subclass to achieve precision unequalized clock counter correction based on functions approximation theory is proposed . the new method is acquired based on the particular analysis results of the display drive design projects which adopted counter drive method in which the balance between the display image quality and the cost of drive circuit is given . finally , synthesis comparison examples are given 針對目前以該方法為基礎普遍采用的不同技術方案進行詳盡的分析,根據分析的結果闡明了其在圖像顯示質量和驅動代價方面的優缺點,在此基礎上基于函數逼近理論提出了一種平板顯示器計數器非均勻時鐘驅動方法,該方法在計數器時鐘上采用非相異子集完成高精度的非均勻時鐘計數器校正。