Publication result detail

Synthesis of active low-pass filters using lossy GIC

SEDLÁČEK, J., ZAPLETAL, Z.

Original Title

Synthesis of active low-pass filters using lossy GIC

English Title

Synthesis of active low-pass filters using lossy GIC

Type

Paper in proceedings (conference paper)

Original Abstract

The paper describes the new method of synthesis of active RC low -pass filters using generalized impedance converters (GIC). The presented method using goal-directed lossy RLC ladder prototypes , enables to design filters without any transfer function deviations due to finite quality factor Q of GIC. In some examples are shown possibilities of filter optimization leading to minimum of element value spread, optimization of sensitivities, increasing of dynamic range and minimization of active elements (OAs) number.

English abstract

The paper describes the new method of synthesis of active RC low -pass filters using generalized impedance converters (GIC). The presented method using goal-directed lossy RLC ladder prototypes , enables to design filters without any transfer function deviations due to finite quality factor Q of GIC. In some examples are shown possibilities of filter optimization leading to minimum of element value spread, optimization of sensitivities, increasing of dynamic range and minimization of active elements (OAs) number.

Keywords

filter, low – pass, active, lossy, synthesis, method, optimization , goal-directed lossy design

Key words in English

filter, low – pass, active, lossy, synthesis, method, optimization , goal-directed lossy design

Authors

SEDLÁČEK, J., ZAPLETAL, Z.

RIV year

2011

Released

01.01.2004

Publisher

Silesian University of Technology

Location

Gliwice,Polsko

ISBN

83-85940-26-X

Book

IC-SPETO 2004

Pages from

327

Pages count

4

URL

Knihovna FEKT Brno

BibTex

@inproceedings{BUT11483,
  author="Jiří {Sedláček} and Zdeněk {Zapletal}",
  title="Synthesis of active low-pass filters using lossy GIC",
  booktitle="IC-SPETO 2004",
  year="2004",
  pages="4",
  publisher="Silesian University of Technology",
  address="Gliwice,Polsko",
  isbn="83-85940-26-X",
  url="Knihovna FEKT Brno"
}