Abstract
The computer-aided statistical analysis of circuits is an indispensable tool for determining the effects of parameter tolerances on the circuit performance. However, the repeated analysis of the circuit for a statistically adequate number of random parameters, chosen according to their prescribed statistical probability densities, requires inordinate amounts of computer time and is therefore very expensive. This is especially true for non-linear circuits. An algorithm and the corresponding program are described in this paper, which greatly reduce the computer time needed for the statistical transient analysis of switching circuits. The program uses SCEPTRE as its main transient analysis routine. Several pre-SCEPTRE and post-SCEPTREA routines have been added to obtain the desired result.
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