МЕТОДИКА ПРОЄКТУВАННЯ ВИСОКОТОЧНИХ ОПТИКО-ЕЛЕКТРОННИХ ПРИЛАДІВ ДЛЯ БЕЗКОНТАКТНОГО АВТОМАТИЧНОГО ВИМІРЮВАННЯ ЛІНІЙНИХ ПЕРЕМІЩЕНЬ

Abstract

The article examines the design methodology of optical-electronic devices that allow highprecision measurements of the transverse displacement of objects during their later movement from common design bases. Based on a fragmented mathematical model and state-of-the-art algorithms for estimating coordinates, the image of objects formed by the target design functions for controlling movement, which allows the design to be finalized on a system-technical level and procedures for multivariate analysis and parametric optimization. A diagram of optical-electronic devices has been designed, with optimized values of the parameters of the elements, to allow the alignment of object coordinates with mean-square deviations that do not exceed 1 micron