Abstract
A method for the transformation of algorithms of the operation of sequential ADCs into algorithms correcting faults in the discrete part of an ADC is presented. A graphical method for the determination of the operation conditions of discrete control devices (finite automata) of ADCs resilient to single-event upsets is applied. The properties of the behavior of a graph of a finite automaton for which the ADC realizes noise-immune approximation algorithms are formulated. Procedures for the construction of such graphs are presented.
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