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Adapting Texas Instruments (TI) DLP? technology to demonstrate a phase spatial light modulator

机译:适应德州仪器(TI)DLP?技术展示相空间光调制器的技术

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A prototype of a Phase Spatial Light Modulator (PLM) device has been developed and demonstrated using DLP?Micro-ElectroMechanical System (MEMS) based technology. Designed for a visible (405nm to 632nm) laser, thisdevice uses an array of individually-addressable, digitally-controlled PLM micromirrors that can be addressed tomultiple discrete vertical positions. The MEMS superstructure process flow used for DMD micromirrors was adapted toenable manufacturing this device on top of an existing DLP technology CMOS device. The prototype has demonstratedgood uniformity across the array and the ability to steer light using phase light modulation. A discussion of some initialperformance metrics as well as potential applications will be presented.
机译:使用DLP开发并演示了相空间光调制器(PLM)装置的原型?基于微机电系统(MEMS)技术。设计用于可见(405nm至632nm)激光器,这设备使用可单独寻址的数字控制的PLM MicroMirrors的数组,可以解决多个离散垂直位置。用于DMD微镜的MEMS上层结构过程流动适合于在现有的DLP技术CMOS设备之上启用此设备。原型已经证明阵列的良好均匀性以及使用相位光调制控制光的能力。讨论一些初始将呈现性能指标以及潜在的应用程序。

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