Generation of CCII and CFOA filters from passive RLC filters
Ahmed M. Soliman
Abstract
Ahmed M. Soliman
Abstract
It is shown that low-sensitivity active filters employing the current conveyor (CCII) or the current feedback operational amplifier (CFOA) as the active element can be generated directly from passive RLC filters. New current-mode filters using CCII and voltage mode filters using the CFOA are generated from three alternative passive RLC filters. The proposed circuits have the advantage that compensation of the dominant parasitic elements of the CCII or the CFOA can be easily achieved. PSpice simulation results are included.
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It is shown that low-sensitivity active filters employing the current conveyor (CCII) or the current feedback operational amplifier (CFOA) as the active element can be generated directly from passive RLC filters. New current-mode filters using CCII and voltage mode filters using the CFOA are generated from three alternative passive RLC filters. The proposed circuits have the advantage that compensation of the dominant parasitic elements of the CCII or the CFOA can be easily achieved. PSpice simulation results are included.
Key concepts: Current conveyor, Current-feedback operational amplifier, RLC circuit, Operational amplifier, Control theory (sociology), Electronic engineering, Engineering, Voltage