0810132203

0810132203 Application Field and Working Principle

0810132203 refers to a commonly used optical instrument in the field of optical communication engineering. In general, it is a kind of optical wavefront error measurement device, mainly used for measuring the wavefront performance of optical components. It is a kind of instrument made up of a combination of lenses and optical systems in order to measure the wavefront deviation of each part of the incident light beam.

Application Field

0810132203 can be used in many applications, including optical communication engineering, optics research, fiber optics and astronomy. In the field of optical communication engineering, 0810132203 can be used to measure the wavefront performance of light sources and optical components. It can also be used to measure the wavefront dispersion of light beams and the optical path difference of two imaging systems. In addition, it can also help to analyze the performance of optical fibers under different power input.

Working Principle

The basic principle of 810132203 is based on the wavefront modulation of the incident light. When the incident light passes through the optical device being tested, it produces a corresponding wavefront error. This wavefront error can be determined and measured by the 0810132203. The principle of measurement is to directly measure a series of points of the wavefront deviation of the incident light to calculate the wavefront distortion conditions. First the 0810132203 measures the wavefront deviation of the incident light by directly measuring a series of points on the wavefront, then it calculates the corresponding wavefront error. 0810132203 uses the CCD array and telecentric optical device to accurately measure the wavefront deviation. The CCD array is placed in a focal plane and the wavefront deviation are obtained by measuring the relative positions of the spots, then using optical system compensation. And the 0810132203 also has a video projector for easy analysis and measurement of large wavefront deviations.