Add to ORKGMonolithic active matrices for light-valve application were fabricated using silicon CMOS technology. Features are signal-handling capabilities of 30 V, optimized surface planarity, and excellent light immunity. The on-chip addressing circuitry exceeds television requirements. Results for small matrices are presented; larger versions (up to standard television) are under development
Abstract: Active matrix organic light emitting diode (AMOLED) displays are considerably attractive f...
In September 1997, six European companies and research institutes started the Esprit project Mosarel...
An active plate (2) for an active matrix display device (16), the active plate (2) comprising a subs...
Monolithic active matrices for light-valve application were fabricated using silicon CMOS technology...
In the second part of this three-paper series, the design and the fabrication of monolithic active m...
We report on two different technologies for deformable micromirror devices as phase modulating light...
After an introduction, in which liquid crystal and electron beam addressed light-valve projectors ar...
Thin viscoelastic layers with active-matrix addressing are proposed as high-resolution spatial light...
Die-sized spatial light modulators (SLM) are gaining importance as microdisplays for projection syst...
Thin metallized viscoelastic layers, addressed by an active matrix of MOSFETs and used in a schliere...
High resolution and high brightness of displayed images can be achieved at the same time if light-va...
For the correction of the human eye's higher order aberrations in vision science we developed a new ...
For an enhanced wavefront correction in Adaptive Optics especially in the case high-order aberration...
The development of light valves for application in the domain of imaging and information display ha...
A new generation of spatial light modulators (SLM) is being developed based on SiO2 sacrificial laye...
Abstract: Active matrix organic light emitting diode (AMOLED) displays are considerably attractive f...
In September 1997, six European companies and research institutes started the Esprit project Mosarel...
An active plate (2) for an active matrix display device (16), the active plate (2) comprising a subs...
Monolithic active matrices for light-valve application were fabricated using silicon CMOS technology...
In the second part of this three-paper series, the design and the fabrication of monolithic active m...
We report on two different technologies for deformable micromirror devices as phase modulating light...
After an introduction, in which liquid crystal and electron beam addressed light-valve projectors ar...
Thin viscoelastic layers with active-matrix addressing are proposed as high-resolution spatial light...
Die-sized spatial light modulators (SLM) are gaining importance as microdisplays for projection syst...
Thin metallized viscoelastic layers, addressed by an active matrix of MOSFETs and used in a schliere...
High resolution and high brightness of displayed images can be achieved at the same time if light-va...
For the correction of the human eye's higher order aberrations in vision science we developed a new ...
For an enhanced wavefront correction in Adaptive Optics especially in the case high-order aberration...
The development of light valves for application in the domain of imaging and information display ha...
A new generation of spatial light modulators (SLM) is being developed based on SiO2 sacrificial laye...
Abstract: Active matrix organic light emitting diode (AMOLED) displays are considerably attractive f...
In September 1997, six European companies and research institutes started the Esprit project Mosarel...
An active plate (2) for an active matrix display device (16), the active plate (2) comprising a subs...