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Design of passive matrix organic light-emitting diodes

机译:无源矩阵有机发光二极管的设计

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The crosstalk, equivalent circuit, voltage drop and power consumption of passive matrix organic light-emitting diodes (PMOLEDs) are quantitatively analyzed, and a mathematical model to calculate the power of PMOLEDs is built. In particular, the advantages of dual-panel PMOLEDs are discussed. The model demonstrates that the power of dual-panel PMOLEDs can be significantly reduced comparing with that of single-panel PMOLEDs. Two 2.5-in. 128?64-pixel green small molecule PMOLEDs have been fabricated. One is single-panel, and the other dual-panel. The power consumption of dual-panel PMOLEDs is 25% less than that of single-panel when both are operated at an average luminance of 100cd/m2.
机译:数量地分析了无源矩阵有机发光二极管(PMOLED)的串扰,等效电路,电压降和功耗,并建立了计算PMOLEDS的功率的数学模型。特别地,讨论了双面板Pmoleds的优点。该模型表明,与单面板Pmoleds的比较,可以显着降低双面板Pmoled的功率。两个2.5英寸。 128?64像素的绿色小分子Pmoled已经制造。一个是单面板,另一个双面板。双面板PMOLED的功耗比在100CD / M2的平均亮度下运行时比单面板小于单面板的功耗小于25%。

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