Translation of "Optikdesign" in English

With our competence in the optical design we fit the system to your requirements.

This can already be verified in the design of the optical system via an image simulation.

Core competencies Simuloptics is specialized on software and services in the field of optics design.

The smallest spot diameters require a diffraction limited optical design with the finest adjustment options and respective optical positioning aids with integrated camera technology.

Its characteristic visual design and the intelligent lighting technology create a pleasant atmosphere in every business-like work environment.

This third generation colorimeter is equipped with modern optical design and photo-centric user interface.

There, I worked in optical design where I designed concepts for optical systems and put them into practice.

A high efficiency and homogenous light distribution thus set the strict framework conditions for the optical design.

We offer services and our own products in optical measurement technology, optics design, and imaging.

A use of spherical optics for these dimensions can only succeed by employing a relatively large and costly optical design.

Sony's original optical design to control light from the backlight, the X-Wide Angle panel ensures colours stay true from wherever you're watching....

Our new improved heat-management and improved optical design enables the production of more photons in the same small spot, retaining the impressively long life time of the tube.

TECHSPEC® Liquid Lens M12 Imaging Lenses feature a high-resolution f/2.4 optical design with an integrated liquid lens, allowing for fast electronic focus, superior image performance, and a quick autofocus solution.

Our copper sunglasses fuses years of optics design experience with a large and growing body of scientific research to redefine lens innovation in the only prescription lens technology designed to maximize the best transmission of the sun's good rays (specific long wave blue light) while still blocking bad rays (UV and short wave blue light).

Despite its high speed, the advanced ZEISS Distagon optical design ensures outstanding imagery across the entire image field – even at full aperture.

The sensor (10) according to claim 1, wherein reception optics (34, 16, 22) arranged in front of the light receiver (24) are configured so the reception signal comprises intensity characteristics dependent on the distance of the object, and wherein the intensity characteristics are periodically modulated with a period that is large as compared to the duration of a transmission pulse and which corresponds to half of the range of the sensor (10) or less.

The fulfilment of such a requirement would have clearly made the optical design and the objective construction more difficult. This would have led at least to the objectives being more expensive and to a possibly unacceptable construction size, even if a solution to this were found at all.

In both cases, the scaling of the object- and image field requires considerable additional complexity since the lens system design must be modified and, in general, other components must be used for the imaging lens system.

Without further lens design and without influence on the object-image spacing, the object field 54 of the array imaging system can be adapted to the object surface 54 to be imaged.

The indicated lens design is applied such that the aperture layer openings for the imaging channels 4 are identical in all three arrays 51, 52, 53 .

The precise shape of the distortion may be determined from the optics design of the optical element 14, but may also be measured for a specific physical system consisting of the sensor 12, and, e.g., the glued optical element 14 .

These intrinsic signal dynamics can be superposed with an artificial modulation by optics design, and the modulation is virtually used as a signature to identify a reception signal caused by opacity.

The designs of the optical systems of the illumination unit and of the optical receiving system are in particular matched to one another such that a matched and/or ideal object illumination and/or positioning illumination is ensured for all required working distances.

The arrangement and/or design of the illumination unit, for example the structure, the shape and/or the one or more diversion and/or deflection surfaces of the illumination unit, is in particular matched to the different focuses of the optical receiving system, i.e. the optical design of the optical receiving system and of the illumination unit are matched to one another such that an least largely ideal object illumination and/or positioning illumination is given for all possible focuses, in particular for different positions of the optical receiving system.

The magnitude can be optimized in the optic design to a desired value, for example, between 0 and 10 mm.

Whereas ray tracing, which is based on the laws of refraction, is already used in optics for optical design, the application of wavefront tracing, which is based on Huygens' principle, is known rather in seismology for calculating the propagation of seismic waves.

The optical design was realized in the Stuttgart Research Center for Photonics Engineering by Ph.D. student Simon Thiele from the group of Prof. Alois Herkommer at the Institute of Technical Optics in Stuttgart.

Since 1877 optics design and manufacturing experience and state-of-the-art innovation are the basis for HR Digaron lenses which can meet the enormous image quality demands of modern digital camera backs up to a minimum of 100 megapixels.