首页> 外文期刊>Electron Device Letters, IEEE >Toward Flexible Transparent Plasma Display: Optical Characteristics of Low-Temperature Fabricated Organic-Based Display Structure
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Toward Flexible Transparent Plasma Display: Optical Characteristics of Low-Temperature Fabricated Organic-Based Display Structure

机译:面向柔性透明等离子显示器:低温制造的有机基显示器结构的光学特性

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摘要

We report a flexible transparent display based on a plasma display platform. The test panel was designed to 42-in VGA resolution since the proposed flexible transparent plasma display is targeted for use in large-area and lightweight displays in order to replace windows. A test panel was fabricated with organic materials, with the exception of an electrode and the MgO protective layer. A polyethylene terephthalate (PET) plastic film was used as the substrate. The maximum temperature applied to PET substrates during the test panel fabrication was 60 $^{circ}hbox{C}$. Each inner component had a high transparency of over 90%. The average transmittance of the test panel was 57.5% in the visible spectral range.
机译:我们报告了基于等离子显示器平台的柔性透明显示器。该测试面板设计为42英寸VGA分辨率,因为拟议的柔性透明等离子显示器旨在用于大面积和轻型显示器中,以代替窗户。除电极和MgO保护层外,用有机材料制造测试面板。聚对苯二甲酸乙二酯(PET)塑料膜用作基材。在测试面板制造过程中施加于PET基板的最高温度为60℃。每个内部组件的透明度都超过90%。在可见光谱范围内,测试面板的平均透射率为57.5%。

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