Publication detail

Capacitors that Sound Sweet in Audio Applications

PELČÁK, J.

Original Title

Capacitors that Sound Sweet in Audio Applications

English Title

Capacitors that Sound Sweet in Audio Applications

Type

journal article - other

Language

en

Original Abstract

Miniaturization and cost pressure put designers of audio circuits under pressure to compromise between adding the latest features for the device and the actual audio performance itself. One area of interest is to achieve clear, rich sound in the bass register while maintaining long term stability of the audio performance. AVX Tantalum and OxiCapTM (niobium oxide) capacitors represent no-compromise solutions where high CV (CV= Capacitance x Rated Voltage) is provided for best utilization of board space while their low noise characteristics provide clear sound quality in audio coupling circuits.

English abstract

Miniaturization and cost pressure put designers of audio circuits under pressure to compromise between adding the latest features for the device and the actual audio performance itself. One area of interest is to achieve clear, rich sound in the bass register while maintaining long term stability of the audio performance. AVX Tantalum and OxiCapTM (niobium oxide) capacitors represent no-compromise solutions where high CV (CV= Capacitance x Rated Voltage) is provided for best utilization of board space while their low noise characteristics provide clear sound quality in audio coupling circuits.

RIV year

2005

Released

01.01.2005

Pages from

24

Pages to

26

Pages count

3

BibTex


@article{BUT43019,
  author="Jaromír {Pelčák}",
  title="Capacitors that Sound Sweet in Audio Applications",
  annote="Miniaturization and cost pressure put designers of audio circuits under pressure to compromise between adding the latest features for the device and the actual audio performance itself. One area of interest is to achieve clear, rich sound in the bass register while maintaining long term stability of the audio performance. AVX Tantalum and OxiCapTM (niobium oxide) capacitors represent no-compromise solutions where high CV (CV= Capacitance x Rated Voltage) is provided for best utilization of board space while their low noise characteristics provide clear sound quality in audio coupling circuits.",
  chapter="43019",
  journal="Pasive Component Industry Magazine",
  number="2",
  volume="2005",
  year="2005",
  month="january",
  pages="24",
  type="journal article - other"
}