How Fast Will the Flip Flop?

ID
TR-94-22
Authors
Mark R. Greenstreet and Peter Cahoon
Publishing date
September 1994
Length
10 pages
Abstract
This report describes an experimental investigation of the application of dynamical systems theory to the verification of digital VLSI circuits. We analyze the behavior of a nine-transistor toggle element using a simple, SPICE-like model. We show how such properties as minimum and maximum clock frequency can be identified from topological features of solutions to the corresponding system of differential equations. This dynamical systems perspective also gives a clear, continuous-model interpretations of such phenomena as dynamic storage and timing hazards.