interference filter

Dichroic glass is actually a product created by the space industry, and was first used as an interference filter for precise scientific measuring.

The technical data included information about a laser counter measure known as a "light interference filter" for military night vision goggle systems.

The Company is one of the important distributors of capacitors, anti - interference filters.

For imaging interference filters are used.

The passband of the interference filter may be 200 times that of the actual filter.

An interference filter guarantees the specified wavelength.

An interference filter may be high-pass, low-pass, bandpass, or band-rejection.

The inner surface of this hemisphere has a vacuum-deposited interference filter with a transmission range of approximately 3.5 to 50 m.

When combined with a downstream variable interference filter, it emits radiation from 4 to 15 micrometres wavelength.

An interference filter consists of multiple thin layers of dielectric material having different refractive indices.

If an interference filter is selected as the appropriate form of filtration, UV is eliminated completely and efficiently.

In 1939, Walter H. Geffcken created the first interference filters using dielectric coatings.

Interference filters are wavelength-selective by virtue of the interference effects that take place between the incident and reflected waves at the thin-film boundaries.

The interference filter was from Optisk Laboratorium, Lundtofte, Denmark.

-30C to 50C (All photodiodes, interference filters, and sensitive electronic components are held inside a temperature controlled enclosure.)

These films are used to make dielectric mirrors, interference filters, heat reflectors, and filters for colour separation in colour television cameras.

Examples of devices that use functional earth connections include surge suppressors and electromagnetic interference filters, certain antennas and measurement instruments.

Special interference filters (dichromatic filters) in the glasses and in the projector form the main item of technology and have given the system this name.

It was perfectly reasonable to GPS companies to assume that nearby bands would have have similarly low power, allowing simple out-of-band interference filters.

Only few color anaglyphic processes, e.g. interference filter systems used for Dolby 3D, can reconstruct full-color 3D images.

The real power in this model is it allows prediction of the transmission properties of many metallic grids stacked together with spacers to form interference filters.

It owns a technique for channel separation in stereo projection based on interference filters (Interference filter technologie).

In its broadest meaning, interference filters comprise also etalons that could be implemented as tunable interference filters.

A better solution is interference filters, which can be customized for the setting of intended use to reflect light at such an angle that it cancels out harmful incoming wavelengths.

Cold neutrons of wavelengths of 6-7 angstroms can be produced in beams of a high degree of polarization, by use of magnetic mirrors and magnetized interference filters.