Abstract

This paper discusses a model of a system for controlling the scanning mirror on an input–output active–passive system and the small mirror of a two-coordinate microscanner. A mathematical model of a two-circuit system for controlling the line of sight is constructed on the basis of type-II Lagrange equations, using Gilbert’s mixed method. Algorithms are developed and control laws are formed that provide the required accuracy and dynamic characteristics of the target-tracking regime. Digital modeling is implemented in the matlab environment. The model is verified from the results of adjusting a test sample.

© 2017 Optical Society of America

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