Abstract
A methodology for a field programmable analog array is presented, which is based on a hexagonal structure of tunable Gm - C stages and provides a reconfigurable front-end for continuous-time analog signal-processing. This paper describes the synthesis of a given filter transfer function onto hardware structures feasible on the array by using a genetic algorithm. The methodology and granularity of the analog array is not only designed to be usable for a genetic evolution but also to allow deduction and understanding of the evolved filters.
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