Generalized Design Method for Voltage-Controlled Current-Mode Multifunction Filters

In the article, the Generalized Current Follower Transconductance Amplifier (GCFTA) element for generalized frequency filter design and a novel active element, the Programmable Current Amplifier (PCA) for the realization of the current-mode analog blocks, are presented. The paper also presents a met...

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Main Authors: I. Lattenberg, K. Vrba, J. Koton, N. Herencsár, J. Mišurec
Format: Article
Language:English
Published: Telecommunications Society, Academic Mind 2009-11-01
Series:Telfor Journal
Subjects:
Online Access:http://journal.telfor.rs/Published/Vol1No2/Vol1No2_A4.pdf
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author I. Lattenberg
K. Vrba
J. Koton
N. Herencsár
J. Mišurec
author_facet I. Lattenberg
K. Vrba
J. Koton
N. Herencsár
J. Mišurec
author_sort I. Lattenberg
collection DOAJ
description In the article, the Generalized Current Follower Transconductance Amplifier (GCFTA) element for generalized frequency filter design and a novel active element, the Programmable Current Amplifier (PCA) for the realization of the current-mode analog blocks, are presented. The paper also presents a method of general frequency filter design, whereas the basic circuit is a general autonomous circuit using GCFTA, PCA elements and general admittances. The properties of the proposed filter have been verified using PSPICE simulations.
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spelling doaj.art-0a1162e99afd42e6bd8461ec00a5241c2022-12-21T19:08:19ZengTelecommunications Society, Academic MindTelfor Journal1821-32512009-11-01124952Generalized Design Method for Voltage-Controlled Current-Mode Multifunction FiltersI. LattenbergK. VrbaJ. KotonN. HerencsárJ. MišurecIn the article, the Generalized Current Follower Transconductance Amplifier (GCFTA) element for generalized frequency filter design and a novel active element, the Programmable Current Amplifier (PCA) for the realization of the current-mode analog blocks, are presented. The paper also presents a method of general frequency filter design, whereas the basic circuit is a general autonomous circuit using GCFTA, PCA elements and general admittances. The properties of the proposed filter have been verified using PSPICE simulations.http://journal.telfor.rs/Published/Vol1No2/Vol1No2_A4.pdf Active FilterCCII+/–Current-Mode CircuitGeneralized Current Follower Transconductance Amplifier (GCFTA)Multifunctional FilterProgrammable Current Amplifier (PCA)
spellingShingle I. Lattenberg
K. Vrba
J. Koton
N. Herencsár
J. Mišurec
Generalized Design Method for Voltage-Controlled Current-Mode Multifunction Filters
Telfor Journal
Active Filter
CCII+/–
Current-Mode Circuit
Generalized Current Follower Transconductance Amplifier (GCFTA)
Multifunctional Filter
Programmable Current Amplifier (PCA)
title Generalized Design Method for Voltage-Controlled Current-Mode Multifunction Filters
title_full Generalized Design Method for Voltage-Controlled Current-Mode Multifunction Filters
title_fullStr Generalized Design Method for Voltage-Controlled Current-Mode Multifunction Filters
title_full_unstemmed Generalized Design Method for Voltage-Controlled Current-Mode Multifunction Filters
title_short Generalized Design Method for Voltage-Controlled Current-Mode Multifunction Filters
title_sort generalized design method for voltage controlled current mode multifunction filters
topic Active Filter
CCII+/–
Current-Mode Circuit
Generalized Current Follower Transconductance Amplifier (GCFTA)
Multifunctional Filter
Programmable Current Amplifier (PCA)
url http://journal.telfor.rs/Published/Vol1No2/Vol1No2_A4.pdf
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