Abstract
This letter presents a method of implementing the extra element theorem (EET) on the computer by using the nullor method. The EET involves the calculation of two driving-point impedances (dpi's), namely the conventional dpi, Zd, and the null dpi, Zn. The proposed method is used mainly for calculating Zn. The method is simplified by representing any given circuit using exclusively RC-nullor and R-nullor equivalent circuits, thereby permitting the use of a single (parallel) version of the EET. The proposed method is applied to the linearized boost converter model to derive the fragmented version of the duty-ratio-to-output transfer function. Copyright © 1999 John Wiley & Sons, Ltd.
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