On Stability of Binary One-Shot Switching Systems to Single Faults of Switching Elements

The article considers multistage one-shot switching circuits that consist of unary binary commutators and switches. Divided and nondivided unary one-shot switching circuits are constructed that are stable to single faults of any binary commutators and differ from Ofman circuits in that one binary commutator is added. Consideration is also given to divided nonunary switching circuits made up of unary binary commutators and switches with loop connections that are stable to malfunctioning of any commutator or switch.