Engineering topics
Publications and source records attributed to Peikari, B..
In this paper the concept of a generalized delay is introduced and a method is developed for delay-free canonical digital realization of an arbitary reactance function. This method is an alternative approach and a generalization to the problem of digital realization of LC ladder structures.
This paper considers the problem of designing nonlinear multiport resistive networks for prescribed driving point and transfer characteristics. It is shown that, if the topology of the desired network is given, then the i-v characteristics of the nonlinear elements can be obtained iteratively. This is achieved by implementation of a newly developed steepest descent criterion.
The problem of synthesizing nth order nonlinear nonautonomous networks with a prescribed small signal behavior is considered. It is shown that, in the absence of coupling elements, the solution of this problem reduces to synthesizing a set of first order nonlinear characteristics. These characteristics can then be determined using a recently developed generalized steepest descent criterion.