• NF EN 61040 : 1993

    Current The latest, up-to-date edition.

    POWER AND ENERGY MEASURING DETECTORS, INSTRUMENTS AND EQUIPMENT FOR LASER RADIATION

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    Published date:  12-01-2013

    Publisher:  Association Francaise de Normalisation

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    Table of Contents - (Show below) - (Hide below)

    Cooperating organizations
    National foreword
    Foreword
    1. Scope and object
    2. Terminology
    2.1 Calibration
    2.2 Calibration factor
    2.3 Detector
    2.4 Equipment (for measuring laser power or energy)
    2.5 Error
    2.6 Fall time constant
    2.7 Indicator (for a laser detector)
    2.8 Individual uncertainties
    2.9 Instrument (for measuring laser power or energy)
    2.10 Irradiance
    2.11 Laser
    2.12 Laser detector
    2.13 Laser radiation
    2.14 Measurement result
    2.15 Optical spectral range
    2.16 Radiant energy
    2.17 Radiant exposure
    2.18 Radiant power (radiant flux)
    2.19 Range of application
    2.20 Relative uncertainty
    2.21 Response time constant
    2.22 Responsivity
    2.23 Root-sum-square uncertainty
    2.24 Calibration spectral bandwidth
    2.25 Spectral responsivity
    2.26 Uncertainty of measurement
    2.27 Waiting time
    2.28 Zero drift
    3. Requirements
    3.1 Minimum requirements
    3.2 Additional requirements for a detector, an
          instrument or equipment with specification of an
          accuracy class
    3.3 Calibration
    3.4 Overload
    3.5 User's possibility of checking proper operation
    4. Tests
    4.1 Change of responsivity with time
    4.2 Spatial change of responsivity (non-uniformity)
    4.3 Change of responsivity during irradiation
    4.4 Temperature dependence of responsivity
    4.5 Dependence of responsivity on the angle of incidence
          for non-polarized radiation
    4.6 Dependence of responsibility on radiant power or
          radiant energy (non-linearity)
    4.7 Wavelength dependence of responsivity
    4.8 Dependence of responsivity on the angle of incidence
          for polarized radiation
    4.9 Averaging with respect to time
    4.10 Zero drift
    4.11 Calibration
    4.12 Overload
    5. Operating instructions
    5.1 Characteristic data
    5.2 Limiting values
    5.3 Special instructions for operation
    5.4 Power range (energy range)
    5.5 Adjustment
    5.6 Damage
    5.7 Hazards
    5.8 Maintenance
    5.9 Storage conditions
    5.10 Limits of checking the proper operation
    6. Designation and inscriptions
    Annex ZA (normative) Other international publications
    quoted in this standard with the references of the
    relevant European publications
    National annex NA (informative) Committees responsible
    National annex NB (informative) Cross-references

    Abstract - (Show below) - (Hide below)

    Lays down definitions and minimum requirements as well as suitable test procedures for the characteristics and the manufacturing standards for detectors, instruments and equipment for the measurement of power and energy of laser radiation. Includes detailed terminology and operating instructions.

    General Product Information - (Show below) - (Hide below)

    Development Note INDICE DE CLASSEMENT: C43803
    Document Type Standard
    Publisher Association Francaise de Normalisation
    Status Current

    Standards Referenced By This Book - (Show below) - (Hide below)

    NF EN ISO 11146-2 : 2005 LASERS AND LASER-RELATED EQUIPMENT - TEST METHODS FOR LASER BEAM WIDTHS, DIVERGENCE ANGLE AND BEAM PROPAGATION RATIOS - PART 2: GENERAL ASTIGMATIC BEAMS
    NF EN ISO 11146-1 : 2005 LASERS AND LASER-RELATED EQUIPMENT - TEST METHODS FOR LASER BEAM WIDTHS, DIVERGENCE ANGLE AND BEAM PROPAGATION RATIOS - PART 1: STIGMATIC AND SIMPLE ASTIGMATIC BEAMS
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