Optoliner System: System Features, Specifications and History
Article by Blake Jacobs
Optical instruments as well as high-precision optics are used in many studies. These state-of-the-art high precision instruments are used in optical metrology, fiber optics, remote sensing, astronomy, oceanography, seismology, quantum mechanics, physics and many more. Since these instruments are extremely vital to the work of many astronomers, engineers and scientists, the creation of these instruments need the highest form of craftsmanship and detailed engineering because most parts of an optical instrument tend to be extremely small. It is valuable that they be created in an accurate manner so that it gives accurate measurements.
Just like any other Optoliner systems that are available in the market today, instruments and test patterns like the interferometer, alignment telescopes or line of scope, autocollimator, camera testing, camera test software and camera test patterns have also various purposes that are also beneficial to the study of science, and its many scopes like astronomy, oceanography, physics, fiber optics and many more. Another is the Optoliner System K-Series that provides a reliable, efficient and accurate tool in television camera testing.
There are five model versions of the K-Series Optoliner System and all of them fit in any given camera. The heart of the K-Series Optoliner System lies in its test pattern projector. The K-Series Optoliner System can project a distortion-free, high uniformity of light and a sharper image. The main purpose of the K-Series Optoliner System is that is allows the engineer to check the linearity, the sensitivity, color registration, geometric distortion system square wave response, gamma, resolution and the light level registration of every test pattern.
The advantage of the K-Series Optoliner System is that it is compact and can be used or operated in daylight. Target patterns and illumination systems can be removed or replaced in a matter of seconds with the use of the K-Series System. Test engineers can redesign models for an application in order to increase the uniformity of illumination, increase the magnification, add filters to spectral brands and can adapt to nonstandard camera mounts.
The Optoliner projector can be used to monitor readings continuously while it is coupled to the television camera. On the other hand, the digital multipurpose meter measure the lamp voltage, three decades of illuminance, color temperature, and almost everything that is displayed on the panel meter. Also, the detachable illumination system incorporates sphere with three light bulbs.
Most systems are often stored or placed on a contained carrying case for transportability. The components of the K-Series Optoliner include the Optoliner Projector, Set of three Spare Light Bulbs, the Incandescent Illumination System, digital multipurpose meter, Internal Probe and Cable, the detectors, the meter, and two test patterns.
Test patterns are extremely vital in most television stations. Optoliners, high-precision instruments and optical solutions are extremely valuable not only to an individual but also to many engineers, scientists, astronomers and many more. These instruments are extremely beneficial in the work of those professionals.
Blake Jacobs has been in the field of handling Autocollimators for a long time and maintains a Interferometer dealer company where you can get answers to the rest of your questions.