Crossbar network for automatic analog circuit synthesis

Abstract

Automatic synthesis of digital circuit is mostly solved, at a well defined boundary conditions. Algorithm of a digital topology generating can be performed. From traditional discrete electronic parts an analog circuit implementation is almost impossible, because analog integrated circuits configurable through a digital interface already exist. Automatic synthesis of analog circuits can be important, because are through a digital interface configurable analog integrated circuits. All these, and increasing processing performance of computers are new approaches to be made. Such synthesis may be important not only in the synthesis of discrete components, but circuit modules can be used, whether the case of configurable analog circuitry system synthesis. In engineering practice the commonly used brute force method is very resource-intensive process. The present article shows an optimization method by which the purely theoretical possibilities are considerably reduced thereby it increases the rate of synthesis.