EVALUATION OF CHARACTERISTIC PARAMETERS OF OPTO-ELECTRONIC DEVICES USED IN REMOTE SENSING SYSTEMS

In the article under consideration, main operating parameters characterizing opticalelectronicdevices and features of factors influencing them are investigated. From indicatorsunder functions sensitivity, resolution, noise transmission weresingled out, theoretical issues relationship between input were analyzed.In study, transition to non-linearity intended for development equipment carried outaccording a linear pattern causes many errors. The system nonlinear modeshould be determined depending on both internal external function in whichthe performs it. course work, as factor, it is possible show thechange temperature other associated with it, an externalfactor, atmospheric change, which has great dynamism. To assess formation quantitativechange sensitivity resolution signals system, analyzes someauxiliary that affect transfer determines optimal values differentsystems different modes. satellite systems, due difference theinteraction signal atmosphere obtained optical range (ultraviolet, visible, andinfrared), becomes complex. As result, signal-to-noise ratio changesover wide range. Based foregoing, shown indicator thesystem whole change output over time. Therefore, expedient replacethe space time, characterizes object study terms observationarea, temporal signal. According results forone reason or another, value acting time andspace allows us directly evaluate