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2015•Unpublished venueRequires access

CCII based half integrator using different approximation methods

Divya Goyal, Pragya Varshney

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Abstract

Current conveyors are widely used to implement current mode, voltage mode and mixed mode circuits of integer order. In this paper, a fractional order system is implemented using second generation current conveyor and a fractance device i.e. an RC network. The fractional order integrator of order half is designed for various s-domain models available in literature. The proposed integrators are realized in PSpice using 0.25um CMOS technology parameters.

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What this paper is about

Current conveyors are widely used to implement current mode, voltage mode and mixed mode circuits of integer order. In this paper, a fractional order system is implemented using second generation current conveyor and a fractance device i.e. an RC network. The fractional order integrator of order half is designed for various s-domain models available in literature. The proposed integrators are realized in PSpice using 0.25um CMOS technology parameters.

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Available abstract

Current conveyors are widely used to implement current mode, voltage mode and mixed mode circuits of integer order. In this paper, a fractional order system is implemented using second generation current conveyor and a fractance device i.e. an RC network. The fractional order integrator of order half is designed for various s-domain models available in literature. The proposed integrators are realized in PSpice using 0.25um CMOS technology parameters.

Key concepts: Current conveyor, Integrator, CMOS, Electronic engineering, Computer science, Voltage, Electronic circuit, Mode (computer interface)

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