We have designed a miniaturized digital 3D surface shape measurement system which is made of digital fringe projection (DFP) unit centered on a DMD chip, image transmitting fibre, CCD vidicon and computer.

The DMD is the application of MEMS theories.

The system structure of Digital Micromirror Devices (DMD) and the principle of Digital Light Processing (DLP) are researched, with emphasis on the ability for DMD to prevent Information Leakage.

A new non-mask lithograph technology based on digital micromirror device is brought forward for the first time.

The influence of digital micromirror device on the precision of the digital mask manufacture system is analyzed systematically.

In our novel structured illumination microscope(SIM),a programmable digital micromirror device(DMD) was used instead of piezo activated grating to produce stable and reliable structured illumination.

The most significant distinction of this method with other imaging spectral techniques depends on the two specially designed cylindrical lenses and the application of Digital Micro-mirror Devices.

In order to solve the adhesion effect on the micro-elecmechanics capability,the nano-contact model of digital micromirror between the elastic flake and basis is founded in this paper.

Influence of Digital Holograph Zoom on DMD Reconstruction Display

This paper presents a new kind of design association with non-information leakage attribution of DMD display and of parallel transportatio.

This paper describes the infrared scene projector technology, which is very important in Hardware-In-the-Loop simulation, then(and) ,the theory of the resistive array infrared scene projector and DMD infrared scene projector was especially discussed along with it’s development.