Übersetzung für "Optische bauteile" in Englisch

A diffractive optical element (DOE) is an optical component with a microstructured surface.

Optical parts have to be repeatedly cleaned throughout the production process.

However, with CMOS chips of this type it is difficult to produce optical or sensor components.

In optoelectronic components there may be optical devices which have tacky surfaces.

By way of example, image sensors or optical components for fluorescence diagnostics may be provided.

This is relevant in particular when optical components embodied as mirrors are used.

Such optical constituent parts cause additional expenditures.

Damage can occur because optical components do not conduct heat well.

Applications as electrodes, filters or optical components might be possible.

In particularly advantageous fashion, the reflection plate has two wedge-shaped optical components placed together.

They can be used for optical components such as lenses, disks, covers and glasses.

This opens up new possibilities for meeting the requirements made on optical components in telecom-munications.

In this variant of an optical position detection device, however, additional optical and electronic components are required.

For example, optical components are nowadays no longer conceivable without antireflection, colouring or generally phase front influencing layer systems.

By means of the collimation, no additional scattered light arises due to other optical or mechanical components.

Components which can be attached include, for example, mechanical, electrical, electronic or optical component parts.

For instance, optical components for microlithography or for preforms for optical fibers are made from synthetic quartz glass.

As a protective layer, they could protect exposed optical components from extreme environmental conditions while simultaneously providing an anti-reflective coating.

Walter Uhl develops light engineering and optical components and devices for positioning, measuring and auditing.

For optical broad band communication, optical components are required which distribute the power of any one of the n incoming channels to n outgoing channels.

Since all the mentioned arrangements employ dielectric reflecting layers, it is difficult or even impossible to heat-seal the fiber ends and further optical component parts to each other.

The method also described in said patent of attaching optical components or their mounts which have an approximately flat surface to an approximately parallel surface of the housing by the solidifying substance can be advantageously employed in the case of a ceramic chassis.

The invention defined in claim 11, characterized by the fact that of a plurality of optical units each is connected to one manipulator.

In addition, they are suitable for the preparation of anisotropic, solid, optical media for optical components, such as compensators, polarizers, prisms, plates having optical rotation and electro-optical storage displays.

The major areas of application are the production of anti-reflection coatings on spectacle lenses and on elements for camera lenses, binoculars and optical components for optical measuring instruments and for laser technology.

In the latter case, the members, optical component or components, position-resolving receiver, computer, and manipulator or manipulators form one or more control circuits and the computer changes the adjustment of the optical component or components until the deviation between the desired pattern and the actual pattern has become zero or as small as possible.

The embodiments shown in FIGS. 4a to 4c are, of course, suitable in the same way for all other types of mirrors, reflection-refraction gratings, and many other optical components.