Factor Analysis in the Process of Designing Complex Optical Systems

Abstract

A model of factor analysis is developed in the process of designing complex optical systems. The factor analysis is very necessary when designing photometric and spectrophotometric optical-electronic devices which consist of entrance-scanning system by space, lens with inner focusing, collimator objective which ensure the entering of a parallel shaft of rays over a dispersing diffraction grate over a wave length, chamber lens and respectively a sensor. These and similar optical systems require a higher degree of elimination of the chromatic aberration, etc. which ensures a good quality of the optical system and of the obtained results.

Input Influences on an Optical-Electronic Device When Measuring Angular Coordinates of Distant Objects

“…, which deform this parameter until its entrance into the input hole of the device and it is the reason for errors in the calculations [3,4,5]. Thus:…”

“…It is characteristic for the mobile (astronomical, distant) objects to have determinative parameters of movement which are regulated by the laws of space mechanics. This allows the optimization of the method choice and certain construction elements of the OED [3,4,5].…”