Publication detail

Synthesis of Arc Ladder Filters with Transmission Zeros for Using in the Feed Back of the Phase Lock Loop

FRIEDL, M. FROHLICH, L. SEDLÁČEK, J.

Original Title

Synthesis of Arc Ladder Filters with Transmission Zeros for Using in the Feed Back of the Phase Lock Loop

English Title

Synthesis of Arc Ladder Filters with Transmission Zeros for Using in the Feed Back of the Phase Lock Loop

Type

journal article

Language

en

Original Abstract

In the field of a measurement of the fast one shot processes there is necessary to use special frequency filters. This frequency filter is usually connected in the feed back circuit of the phase lock loop (PLL), where performs a fine tuning of the frequency. Therefore the synthesis and optimization of the ARC ladder filters with transmission zeros based on frequency depen-dent negative resistors (FDNR) was elaborated.

English abstract

In the field of a measurement of the fast one shot processes there is necessary to use special frequency filters. This frequency filter is usually connected in the feed back circuit of the phase lock loop (PLL), where performs a fine tuning of the frequency. Therefore the synthesis and optimization of the ARC ladder filters with transmission zeros based on frequency depen-dent negative resistors (FDNR) was elaborated.

Keywords

FDNR, lossy block, transmision zero

RIV year

2011

Released

22.09.2011

Pages from

977

Pages to

980

Pages count

4

BibTex


@article{BUT75507,
  author="Martin {Friedl} and Lubomír {Fröhlich} and Jiří {Sedláček}",
  title="Synthesis of Arc Ladder Filters with Transmission Zeros for Using in the Feed Back of the Phase Lock Loop",
  annote="In the field of a measurement of the fast one shot processes there is necessary to use special frequency filters. This frequency filter is usually connected in the feed back circuit of the phase lock loop (PLL), where performs a fine tuning of the frequency. Therefore the synthesis and optimization of the ARC ladder filters with transmission zeros based on frequency depen-dent negative resistors (FDNR) was elaborated.",
  chapter="75507",
  number="2011",
  volume="2011",
  year="2011",
  month="september",
  pages="977--980",
  type="journal article"
}