Automation in the design of asynchronous sequential circuits
R. J. Smith, J.H. Tracey, Wayne L. Schoeffel, G.K. Maki
Abstract
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R. J. Smith, J.H. Tracey, Wayne L. Schoeffel, G.K. Maki
Abstract
Open-access reader
Sequential switching circuits are commonly classified as being either synchronous or asynchronous. Clock pulses synchronize the operations of the synchronous circuit. The operation of an asynchronous circuit is usually assumed to be independent of such clocks. The operating speed of an asynchronous circuit is thus limited only by basic device speed. One disadvantage of asynchronous circuit design has been the complexity of the synthesis procedures for large circuits.
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Sequential switching circuits are commonly classified as being either synchronous or asynchronous. Clock pulses synchronize the operations of the synchronous circuit. The operation of an asynchronous circuit is usually assumed to be independent of such clocks. The operating speed of an asynchronous circuit is thus limited only by basic device speed. One disadvantage of asynchronous circuit design has been the complexity of the synthesis procedures for large circuits.
Key concepts: Asynchronous communication, Asynchronous circuit, Synchronous circuit, Computer science, Asynchronous system, Electronic circuit, Clock signal, Synchronizer