A COMPILER DRIVEN SIMULATION TECHNIQUE FOR THE ANALYSIS OF DIGITAL LOGIC CIRCUIT

摘要

An interface technique for design and analysis of digital circuits has been devised and described in this paper. Basically logic circuits are of two types: combinational circuits and sequential circuits. Logic simulation usually means finding the transient response to a set of time-varying inputs. Simulation follows functional or behavioral level design. Behavioural simulation describes logic function and timing; functional simulation describes the logic function of a system only and ignores the timing. A simulation program for giving the output of digital logic circuits is available, but the approach taken here describes an efficient way to analyze both combinational and sequential circuits. To do this an algorithm has been developed, coded in Turbo C and tested with test cases to analyze and provide output from that logic circuit.