2006•2006 SICE-ICASE International Joint ConferenceRequires access

CCCII-based High-output Impedance Current-mode Universal Filter Employing Only Grounded Capacitors

Niwat Jangsamsi, Tattaya Pukkalanun, Worapong Tangsrirat

Open publisher page 6 citations

Abstract

A current-controlled current-mode universal filter with three inputs and one output using only three current-controlled current conveyors (CCCIIs) and two grounded capacitors is described. The proposed filter provides lowpass, bandpass, highpass, bandstop and allpass current outputs at a high impedance terminal, which enable easy cascadability. The filter also offers an independent electronic control of the natural frequency omega0and the parameter omega0/Q through adjusting the bias current of the CCCII. No critical matching condition is required for realizing all the filter responses, and all the incremental parameter sensitivities are low. The performances of the proposed circuit are simulated with PSPICE to confirm the presented theory

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What this paper is about

A current-controlled current-mode universal filter with three inputs and one output using only three current-controlled current conveyors (CCCIIs) and two grounded capacitors is described. The proposed filter provides lowpass, bandpass, highpass, bandstop and allpass current outputs at a high impedance terminal, which enable easy cascadability. The filter also offers an independent electronic control of the natural frequency omega0and the parameter omega0/Q through adjusting the bias current of the CCCII. No critical matching condition is required for realizing all the filter responses, and all the incremental parameter sensitivities are low. The performances of the proposed circuit are simulated with PSPICE to confirm the presented theory

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Available abstract

A current-controlled current-mode universal filter with three inputs and one output using only three current-controlled current conveyors (CCCIIs) and two grounded capacitors is described. The proposed filter provides lowpass, bandpass, highpass, bandstop and allpass current outputs at a high impedance terminal, which enable easy cascadability. The filter also offers an independent electronic control of the natural frequency omega0and the parameter omega0/Q through adjusting the bias current of the CCCII. No critical matching condition is required for realizing all the filter responses, and all the incremental parameter sensitivities are low. The performances of the proposed circuit are simulated with PSPICE to confirm the presented theory

Key concepts: Capacitor, Band-pass filter, All-pass filter, Electrical impedance, Filter (signal processing), High-pass filter, Electronic engineering, Low-pass filter

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