ANALYSIS AND SYSTEMATIZATION OF MAJOR TYPES PHOTOELECTRONIC CONVERTERS USED IN CONSTRUCTION OF INFORMATION-MEASURING OBJECT POSITION SYSTEMS

Abstract

Background. The modern development of rocket and space technology, weapons and military equipment, aviation, engine building, products for nuclear energy, etc., largely depends on the technical level of the information and measurement and control systems (IIUS) of mobile multi-functional systems used in them. In special equipment, the IIUS is operated under the influence of a large number of destabilizing factors: shocks, vibrations, linear accelerations, acoustic noise, a wide range of acting temperatures. Materials and methods. In solving the set tasks, the method of sample- out measures, the method of inverse conversion of the introduction of accurate and stable inverse code converters into movement, the method of auxiliary measurements, and the functional processing algorithm were used. Results. Standard structures and algorithms of operation of photoelectronic information-measuring systems for monitoring parameters of spatial position of objects (FILISP) were systematized, systematization of FILISP was proposed. The basic principles of photovoltaic converters construction are proposed. A structural diagram has been developed on the basis of which it is possible to create spatial position transducers for information-measuring and control systems.

Keywords

• photoelectronic converter
• sensitive element
• structural diagram
• system-tization
• destabilizing factors