数字微镜器件是光开关的一种，利用旋转反射镜实现光开关的开合。
研究提出了一种基于数字微镜器件(digital micromirror device,DMD)的并行三维微-纳米轮廓测量方法。该方法将数字微镜器件与共焦测量方法相结合,用数字微镜 .
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为研究数字微镜器件在视频全息中的应用，探讨了基于数字微镜器件的全息编码方法。
To develop computer generated holographic video(CGHV) technology utilizing the digital micromirror device(DMD), the holographic coding methods have been investigated.
实际上，数字微镜器件作为一种新型的空间光调制器，在光学信息处理和结构照明型三维传感中也具有广泛的应用前景。
In fact, DMD used as a new type of spatial-light modulator have a wide prospect in optical information processing and structured illumination three-dimensional sensing.
数字掩模技术的核心器件是数字微镜芯片，它具有较高的分辨率和灰度等级等优点。
DMD chip is the core device of digital mask technology, and it has such advantages as high resolve, gray level, and so on.
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