Abstract :
This paper gives a unified approach for describing various systematic ways of using built-in delays in normal fundamental mode circuits. The transition of the circuit from one total stable state to another is characterized by the constraints imposed upon the next-state functions, and the realization method is characterized by the conditions under which these constraints can be satisfied simultaneously.
Keywords :
Asynchronous sequential circuits, built-in delays, fundamental mode circuits, realization methods, speed independent operation.; Circuit synthesis; Delay effects; Delay lines; Feedback circuits; Feedback loop; Hazards; Information science; Input variables; Sequential circuits; State feedback; Asynchronous sequential circuits, built-in delays, fundamental mode circuits, realization methods, speed independent operation.;
