Abstract
Employing ‘CCII⊖/nullor equivalence’ a number of new CC-based single-resistance-tunable floating-L, and FDNR circuits are derived which require only two CCs and three passive elements, and do not require passive component-matching. Also, the unifying role of the nullor approach in relating a variety of practicable floating immittance structures obtainable by using different kinds of active devices is highlighted.

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