Examples of 'micromirror' in a sentence
Meaning of "micromirror"
Micromirror (noun) refers to a small mirror typically used in technical applications like microelectronics, optics, or projection systems for precise control and manipulation of light or image reflection
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- A very small, highly reflective mirror, often supported on a torsion beam, used in a variety of applications and in research on radiation and quantum effects.
How to use "micromirror" in a sentence
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micromirror
Oscillating micromirror with bimorph actuation.
Silica can also be used for producing a micromirror.
The micromirror is then in an activated state.
One such device is the electrostatically controlled micromirror.
The micromirror is said to be asymmetric.
The projector may comprise a microdisplay or a micromirror array.
The micromirror matrix comprises mirrors rotatable independently of one another.
This device is known as a micromirror.
Each micromirror is connected to a microsystem to form pixels of the projected image.
Each cell of the digital display device is associated with a micromirror.
Micromirror displacement and pressure distribution at a given time depicted in colors.
The cantilever beams dominate the torsional stiffness of the micromirror.
The leaf springs springily couple the micromirror body to the cantilever beam assemblies.
The interferometer preferably includes an alignment detector positioned behind the micromirror.
A DMD or digital micromirror device chip is at the heart of many video projectors.
See also
Image resolution is proportional to the product of scanning angle and micromirror diameter.
Digital micromirror displays may be employed in a manner similar to the LCD projection devices.
This is performed by structured exposure using an optical arrangement based on a digital micromirror device.
Discloses a movable micromirror assembly, driven by an electrostatic mechanism.
This invention also relates to a process for manufacturing a micromirror characterized in this way.
Specifically, each micromirror is capable of changing position several thousand times a second.
We will now give some typical dimensions for the different parts of the micromirror.
Each micromirror either reflects light to the lens of the projector, or not.
The optical system forms an inverted image of the face of the micromirror array device.
The reflected energy from the micromirror 44 forms a reference beam which is relatively free from aberration.
It works based on the principles of digital micromirror devices or DMD.
In DIP technology, one micromirror per image pixel to be displayed is provided.
The liquid crystal array is placed in a Fourier plane with respect to the micromirror array.
The illumination unit, with the aid of a digital micromirror projector, projects lines onto the surface.
A confocal microscope as claimed in claim 5, wherein the spatial light modulator is a digital micromirror device.
Introduction to the technique of MicroMirror TIRF ( total internal reflection fluorescence ) microscopy.
Is based on a unique semiconductor known as the Digital Micromirror Device.
The versatility of DIP 's micromirror chip design also extends to technological collaboration.
In both cases higher scanning frequencies are required, which increase micromirror dynamic deformation.
The selection of the size of the micromirror is described below with reference to Fig . 2.
This uses one, two, or three microfabricated light valves called digital micromirror devices DMDs.
The micromirror comprises a mobile part 1 and a fixed part 2.
The device includes within the housing a digital micromirror device ( DMD ) of a known type.
The micromirror may, in particular, take the form of a MEMS micromirror ( MEMS, microelectromechanical system ).
Digital Light Processing ( DLP ) is a type of video projector technology that uses a digital micromirror device.
Each pattern 10 is a portion of a convex curved micromirror 11 having a small radius of curvature.
Monitor 52 displays an image of the focused spot and the resulting shadow caused by micromirror 44.
FIG . 1 shows such a micromirror in three dimensions.
Technology is based on a unique semiconductor known as the Digital Micromirror Device, or DMD.
The DMD ( digital micromirror device ) is sometimes DIP projection systems.
TI 's technology is based on the use of Digital Micromirror Devices DMDs.
For example, a Digital Micromirror Device ( DMD ) can be used for temperature control.
The apparatus of claim 1 wherein the projector ( 40 ) uses a digital micromirror array or a liquid crystal device.
Digital micromirror device (DMD)-chips, for use in the manufacture of video projectors 2.
The optional side bars 150 are most useful for torsion beam suspended micromirror designs.
