Abstract
A new concept, that of differential modelling, is introduced in this paper. The differential model of a system is one in which the response to a given input is equal to the differential change of the system response that would result from a differential change of the input amplitude. The theory for determining optimum differential models of a given system is developed. As an example, the theory is applied to the analysis of an LNL system. The uses of differential modelling in system analysis which are illustrated by this example are discussed.

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