PIEZOELECTRIC PROPERTIES OF CERAMIC MATERIALS AND COMPONENTS - PART 1: TERMS AND DEFINITIONS

Published date

01-12-2013

Publisher

Introduction
1 Domaine d'application
2 Références normatives
3 Définitions
  3.1 Ferroélectricité des céramiques
  3.2 Piézoélectricité des céramiques
      3.2.1 Piézoélectricité
      3.2.2 Modes de vibrations résonantes
      3.2.3 Stabilité
  3.3 Classification des matériaux - Groupes de
      piézocéramiques

Covers piezoelectric transducer ceramics for application both as transmitters and receivers in electroacoustics and ultrasonics over a wide frequency range. They are used for generation and transmission of acoustic signals, for achievement of ultrasonic effects, for transmission of signals in communication electronics, for sensors and actuators and for generation of high voltages in ignition devices.

DevelopmentNote	Indice de classement: C26-501-1. (03/2003) Supersedes NFC 26 501-1 (09/2005)
DocumentType	Standard
PublisherName	Association Francaise de Normalisation
Status	Current
Supersedes	NFC 26 501-1 : 1999 PR

Standards	Relationship
BS EN 50324-1:2002	Identical
SN EN 50324-1 : 2002	Identical
NEN EN 50324-1 : 2002	Identical
I.S. EN 50324-1:2002	Identical
DIN EN 50324-1:2002-12	Identical
EN 50324-1:2002	Identical
NBN EN 50324-1 : 2002	Identical

IEC 60483:1976	Guide to dynamic measurements of piezoelectric ceramics with high electromechanical coupling
IEC 60302:1969	Standard definitions and methods of measurement for piezoelectric vibrators operating over the frequency range up to 30 MHz