A new generation of micromirror arrays (MMAs) with torsional actuators is being developed within the European research project MEMI in order to extend the usable spectral range of diffractive MMAs from deep ultraviolet into the visible and near infrared. The MMAs have 256 x 256 pixels reaching deflections above 350 nm at a frame rate of 1 kHz, which enables an operation in the target wavelength range between 240 nm and 800 nm. Customized driver electronics facilitates computer controlled operation and simple integration of the MMA into various optical setups. Tests in the visible wavelength range demonstrate the functionality and the high application potential of first MMA test samples
This thesis presents the design and fabrication of a re-configurable micromirror array which can be ...
The development of a Digital Video Interface (DVI)-compatible VGA projector engine based on Flexible...
Fraunhofer IPMS has developed a linear micro mirror array (ASLM8k) for use as fast intensity modulat...
The present article discusses an optical concept for the characterization of diffractive micromirror...
We report on our investigation to precisely actuate diffractive micromirror arrays (MMA) with an acc...
Multi-object spectroscopy (MOS) is a powerful tool for space and ground-based telescopes for the stu...
Next-generation infra-red astronomical instrumentation for space and ground-based telescopes require...
This thesis explores the design, implementation and characterization of MEMS micromirror devices for...
High reflecting low-stress optical coatings for the next-generation of micro mechanical mirrors have...
Diffractive micromirror arrays (MMA) are a special class of optical MEMS, serving as spatial light m...
We established and achieved our goal to (1) fabricate and evaluate test structures based on the micr...
The paper presents a technological study for the realization of micromirrors which have both, a larg...
At Fraunhofer IPMS Dresden micromechanical mirror arrays are developed and fabricated using a high-v...
This thesis presents the design and fabrication of a re-configurable micromirror array which can be ...
Three different types of deformable mirror Spatial Light Modulators (SLMs) based on device concepts ...
This thesis presents the design and fabrication of a re-configurable micromirror array which can be ...
The development of a Digital Video Interface (DVI)-compatible VGA projector engine based on Flexible...
Fraunhofer IPMS has developed a linear micro mirror array (ASLM8k) for use as fast intensity modulat...
The present article discusses an optical concept for the characterization of diffractive micromirror...
We report on our investigation to precisely actuate diffractive micromirror arrays (MMA) with an acc...
Multi-object spectroscopy (MOS) is a powerful tool for space and ground-based telescopes for the stu...
Next-generation infra-red astronomical instrumentation for space and ground-based telescopes require...
This thesis explores the design, implementation and characterization of MEMS micromirror devices for...
High reflecting low-stress optical coatings for the next-generation of micro mechanical mirrors have...
Diffractive micromirror arrays (MMA) are a special class of optical MEMS, serving as spatial light m...
We established and achieved our goal to (1) fabricate and evaluate test structures based on the micr...
The paper presents a technological study for the realization of micromirrors which have both, a larg...
At Fraunhofer IPMS Dresden micromechanical mirror arrays are developed and fabricated using a high-v...
This thesis presents the design and fabrication of a re-configurable micromirror array which can be ...
Three different types of deformable mirror Spatial Light Modulators (SLMs) based on device concepts ...
This thesis presents the design and fabrication of a re-configurable micromirror array which can be ...
The development of a Digital Video Interface (DVI)-compatible VGA projector engine based on Flexible...
Fraunhofer IPMS has developed a linear micro mirror array (ASLM8k) for use as fast intensity modulat...