Abstract
Conclusions 1. Since the converter carries out, during its operation, the checking of each recorded stage during the course of a conversion, it is possible to replace, during the conversion process, the stage having a systematic error by means of a spare stage, i.e. to increase its reliability substantially. 2. The detection and elimination of systematic errors of converter stages permits a transition to the probabilistic principle of increasing accuracy by increasing the number of converter stages in exchange for a reduction in speed [4]. 3. It is possible to generate the conversion result with a code indicating the confidence interval of the error.
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