Übersetzung für "Optical center" in Deutsch

These middleware include 200G and 400G data center optical modules, 5G WDM transmission solutions, and coherent optical communication modules.

Here is a data center optical interconnect application case of optical transceivers and AOC.

This is the optical center and the ideal location for your eyeglasses.

The optical center point of the sample 14 is located always on the optic axis 20 of the measurement apparatus.

We designate the distance between the optical center of the lens and the focal point as the focal length.

This optical center Z does not coincide with the middle axis M of the raw lens 10 .

Rather, any number of positions along the beam is possible from the optical center of the camera.

In the case of central-symmetrical optical elements, this center of gravity lies on the optical axis of the optical element.

The centering hatch mark determines the position of the optical center of the eyeglass lens to be set in the frame.

The method of claim 5, wherein the optical carriers have about a same center optical wavelength.

The point lying on the optical axis in the center is the optical center.

The TU Braunschweig and the PTB have founded the Joint Optical Metrology Center (JOMC).

In 1986, he became professor at the Physics Department and Optical Sciences Center of the University of Arizona in Tucson, AZ, and in 1989, he accepted a chair there.

The optical center--generally the center of the end face of a waveguide core--should be introduced into the mechanical axis of rotation with great accuracy, namely with an offset of possibly less than 10 nm.

In this way, the radiation impinges on the above-mentioned layers at an intermediate angle which deviates from the optical center axis 10 so that a division into the s-polarization and p-polarization is provided as known from the Fresnel formulas for radiation which impinges at an inclination.

Two such arrangements must be used for stereoscopic recording with their optical center or principal axes parallel and at a distance of approximately 70 mm.

When more than one light spot hits the active surface, the corresponding currents are superimposed, while the PSD element measures the optical center of gravity of the light spots on the active surface.

It is merely necessary to assure that the optical center frequency of the signal light exactly matches the frequency of the superimposed light.

Each sensor measures, with different accuracy and band-width, the beam offset of the received light in respect to the optical center.

Because the satellites continuously move in respect to each other, the beam alignment system continuously endeavors to maintain the beam from the opposite station in the optical center and to align the outgoing beam with the opposite station with high precision.

Here, beam alignment no longer is based on calculated values, but is based on the measured deviations of the beam, which is incoming from the counter station, from the optical center of the system.

Each sensor provides two signals x, y, which indicate the deviation of the received laser beam from the optical center of the system.

The FPC controller 313, 314 controls the FPA actuator 175 at a high dynamic ratio for the compensation of the satellite vibrations and in this way maintains the laser beam in the optical center of the system.