Multilayer film that consists of porous silica layer integrated with silica buffer layer is used as thermal insulating structure for uncooled pyroelectric thin film IR detector.
采用由多孔 Si O2 薄膜和过渡 Si O2 薄膜组成的复合薄膜结构实现了非制冷热释电薄膜红外探测器的热绝缘 。
One architecture of 262 K-colors TFT-LCD source driver efficient in chip dimension and static current, which is suitable for QCIF+ (176RGB×240) resolutions, is proposed.
在这篇论文中,我们提出一种适用于QCIF+解析度、262千色的薄膜电晶体液晶显示器,具有低靜态电流和晶片面积的源极驱动电路架构。
Micropatterning of ferroelectric thin films and Pt as well Au electrodes are carried out by chemical etchingprocess and lift-off process, respectively 64-element pyroelectric thin film infrared detector arrays were successfullyprepared.
采用传统光刻工艺的化学腐蚀和剥离方法,分别实现了钛酸铅铁电薄膜、铂和金电极的微图形化,成功地制备了单元面积为80μm×80μm的64元热释电薄膜红外探测器阵列,其性能接近红外成像应用的实用化水平。
