Publication result detail

Method for Designing Frequency Filters using Universal Current Conveyors

KOTON, J., VRBA, K.

Original Title

Method for Designing Frequency Filters using Universal Current Conveyors

English Title

Method for Designing Frequency Filters using Universal Current Conveyors

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

In this paper the process of designing frequency filters and oscillators with current conveyors is shown. In the design generalized circuit elements are used to which a full admittance network is connected. For the chosen number of admittances possible connections of autonomous circuits are obtained. These circuits are used as the basis for the design of frequency filters and oscillators. An illustration of filter design is given.

English abstract

In this paper the process of designing frequency filters and oscillators with current conveyors is shown. In the design generalized circuit elements are used to which a full admittance network is connected. For the chosen number of admittances possible connections of autonomous circuits are obtained. These circuits are used as the basis for the design of frequency filters and oscillators. An illustration of filter design is given.

Keywords

current conveyor, frequency filter, autonomous circuit

Key words in English

current conveyor, frequency filter, autonomous circuit

Authors

KOTON, J., VRBA, K.

Released

30.06.2005

ISBN

89-953729-8-8

ISBN

1738-6438

Periodical

International Transaction on Computer Science and Engineering

Volume

2005

Number

6

State

Republic of Korea

Pages from

144

Pages to

154

Pages count

11

Full text in the Digital Library

http://hdl.handle.net/

BibTex

@article{BUT45529,
  author="Jaroslav {Koton} and Kamil {Vrba}",
  title="Method for Designing Frequency Filters using Universal Current Conveyors",
  journal="International Transaction on Computer Science and Engineering",
  year="2005",
  volume="2005",
  number="6",
  pages="144--154",
  issn="1738-6438"
}