1280931003 Optoelectronics

Optics - Lenses

The 1280931003 measurement lens is a kind of testing instrument with advanced performance, which is widely used in the fields of optical lenses, photoelectric sensors, laser generators, and optical fiber cable connectors.

Application Field

The 1280931003 measurement lens is used in measuring the focal length of optical lenses, photoelectric sensors, laser generators, and optical fiber cable connectors. This instrument is widely applied in the field of optical navigation, military equipment, optical communication, optical instrument, laser detection, laser range finding, night vision, image processing, and other special fields.

In addition, with the rapidly developing field of optics, this type of instrument is also becoming more and more popular due to its ability to measure very small distances and is highly capable in detecting subtle longitudinal and perpendicular admeasurement. Hence, 1280931003 can be used in measuring and testing all kinds of optics such as fiber optics, lens, photodetector, laser rangefinder, and laser engraving.

Working Principle

The working principle of 1280931003 measurement lens is based on the measurement of length. The basic principle is that a measured object in the lens contains a set of light emitting points. When the distance between each of the points is measured, the physical properties of the object can be obtained.

For measuring the focal length of optical lenses, a light source, a lens, and a detector are necessary. The detector captures the image of the light at the focal plane. The focal length is calculated by taking the ratio between the lens diameter, the light source distance, and the detector distance. 1280931003 measurement lens has three parts: an optical module, an optical table, and a controller. The optical module is the heart of the instrument and hosts a variety of optical components such as lenses, detectors, and light sources. The optical table is installed on top of the optical module and provides a stable environment for precise measurements. The controller coordinates the operation of the optical components.

The 1280931003 is able to measure the distance between two points with an accuracy of 0.01 micrometers, which fulfills the requirements of most precision optics systems and provides accurate results. The measurements are stable and repeatable, which is very important for the development of optics technology.

Conclusion

The 1280931003 measurement lens is a highly efficient and precise tool for measuring the focal length of optical lenses, photoelectric sensors, laser generators, and optical fiber cable connectors. This instrument is widely used in the fields of optical navigation, military equipment, optical communication, optical instrument, laser detection, laser range finding, night vision, image processing, and other special fields. The working principle of this instrument is based on measuring the length between two points, and the accuracy of measurement can be up to 0.01 micrometers.