2005•Journal of Changchun Post and Telecommunication InstituteRequires access

Fully Balanced Second-Generation Current Conveyor

Wenxiao Shi, Wan Shu-xun, Yao Lu

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Abstract

A FBCC(Fully Balanced second-generation Current Conveyor ) and its related CMOS circuits are presented.The performances of the FBCCII and the second generation current conveyor (CC) are compared by computer simulations.Continuous-time band-pass filter using the FBCCIIs are built up.The performances of the proposed circuits are analyzed and simulated.PSPICE simulation results show that the input impedance of Y terminal of FBCCII is 5.5 times of the one of CCII.Z terminal operation bandwidth of FBCCII when the input impedance is greater than 100 is 10 times of the one of CCII.Therefore FBCCII circuit has the same function with CCII circuit,and presents more powerful function than CCII.

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What this paper is about

A FBCC(Fully Balanced second-generation Current Conveyor ) and its related CMOS circuits are presented.The performances of the FBCCII and the second generation current conveyor (CC) are compared by computer simulations.Continuous-time band-pass filter using the FBCCIIs are built up.The performances of the proposed circuits are analyzed and simulated.PSPICE simulation results show that the input impedance of Y terminal of FBCCII is 5.5 times of the one of CCII.Z terminal operation bandwidth of FBCCII when the input impedance is greater than 100 is 10 times of the one of CCII.Therefore FBCCII circuit has the same function with CCII circuit,and presents more powerful function than CCII.

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Available abstract

A FBCC(Fully Balanced second-generation Current Conveyor ) and its related CMOS circuits are presented.The performances of the FBCCII and the second generation current conveyor (CC) are compared by computer simulations.Continuous-time band-pass filter using the FBCCIIs are built up.The performances of the proposed circuits are analyzed and simulated.PSPICE simulation results show that the input impedance of Y terminal of FBCCII is 5.5 times of the one of CCII.Z terminal operation bandwidth of FBCCII when the input impedance is greater than 100 is 10 times of the one of CCII.Therefore FBCCII circuit has the same function with CCII circuit,and presents more powerful function than CCII.

Key concepts: Current conveyor, Electronic circuit, CMOS, Electrical impedance, Computer science, Electronic engineering, Filter (signal processing), Spice

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