DIN EN 188000 : 1994
Withdrawn
A Withdrawn Standard is one, which is removed from sale, and its unique number can no longer be used. The Standard can be withdrawn and not replaced, or it can be withdrawn and replaced by a Standard with a different number.
GENERIC SPECIFICATION: OPTICAL FIBRES
01-12-2009
12-01-2013
Cooperating organizations
National foreword
Foreword
Section one - General
1.1 Scope
1.2 Object
1.3 Definitions
1.4 Categories of optical fibres
1.5 Optical fibre properties
1.6 Preparation of samples
1.7 Categories of test and measuring methods
Section two - Measuring methods for dimensions
2.1 Object
2.2 Reference surface
2.3 Concentricity
2.4 Tolerances
2.5 Operational definitions
2.6 Method 101 - Refracted near field
2.7 Method 102 - Near field light distribution
2.8 Method 103 - Four concentric circles
2.9 Method 104 - Mechanical diameter measurement
2.10 Method 105 - Mechanical length measurement
2.11 Method 106 - Length measurement by delay measuring
of transmitted pulse and/or reflected
pulse
Section three - Measuring methods for mechanical
characteristics
3.1 Object
3.2 Operational definitions
3.3 Physical defects
3.4 Method 201 - Optical fibre proof test
3.5 Method 202 - Tensile strength for short lengths of
optical fibres
3.6 Method 203 - Tensile strength for long lengths of
optical fibres
3.7 Method 204 - Abrasion
3.8 Method 205 - Visual inspection
3.9 Method 206 - Strippability
Section four - Measuring methods for transmission and
optical characteristics
4.1 Object
4.2 Attenuation
4.3 Operational definitions
4.4 Description of attenuation measuring techniques
4.5 Method 301 - Cut-back technique
4.6 Method 302 - Insertion loss technique
4.7 Method 303 - Backscattering technique
4.8 Baseband modal response
4.9 Operational definitions
4.10 Description of baseband response measuring methods
4.11 Method 304 - Impulse response
4.12 Method 305 - Frequency response
4.13 Method 306 - Microbending sensitivity
4.14 Method 307 - Transmitted or radiated light power
4.15 Method 308 - Chromatic dispersion measurement of
optical fibres. The phase shift
method
4.16 Method 309 - Chromatic dispersion measurement by
spectral group delay measurement in
the time domain
4.17 Method 310 - Chromatic dispersion measurement of
optical fibres by the differential
phase shift measurement
4.18 Annex to chromatic dispersion measurements
4.19 Method 311 - Far field light distribution
4.20 Cut-off wavelength
4.21 Method 312 - Cut-off wavelength
4.22 Method 313 - Cable cut-off wavelength
4.23 Mode field diameter
4.24 Method 314 - Direct far-field scanning
4.25 Method 315 - Variable aperture method in the far-
field
4.26 Change in optical transmittance
4.27 Method 316 - Transmitted power monitoring
4.28 Method 317 - Backscattering monitoring
4.29 Method 318 - Macrobending sensitivity
Section five - Measuring methods for environmental
characteristics
5.1 Object
5.2 Operational definitions
5.3 Method 401 - Temperature cycling
5.4 Method 402 - Contamination
5.5 Method 403 - Nuclear radiation
5.6 Method 404 - Stripping force stability
Section six - Packaging
6.1 Object
Section seven - Applicable tests for quality conformance
inspection and qualification approval
(for future consideration)
Annex
A Informative
National annex NA (informative) Committees responsible
Establishes uniform requirements for the optical, geometrical, mechanical, transmission and environmental properties of optical fibre. Includes the following sections: measuring methods for dimensions; measuring methods for mechanical characteristics; measuring methods for transmission and optical characteristics; measuring methods for environmental characteristics. Also detailed tables.
DocumentType |
Standard
|
PublisherName |
German Institute for Standardisation (Deutsches Institut für Normung)
|
Status |
Withdrawn
|
Standards | Relationship |
VDE 0888-101 : 1994 | Corresponds |
NEN EN 188000 : 1996 | Identical |
IEC 60793-1:1992 | Identical |
SN EN 188000 : 1992 | Identical |
EN 188000 : 1992 | Identical |
BS EN 188000:1994 | Identical |
I.S. EN 188000:1993 | Identical |
UNE-EN 188000:1997 | Identical |
VDE 0888-101 : 1994 | Identical |
VDE 0888-107 : 1996 | FAMILY SPECIFICATION: A1B GRADED INDEX MULTIMODE OPTICAL FIBRES |
DIN EN 188101 : 1996 | FAMILY SPECIFICATION: SINGLE-MODE DISPERSION UNSHIFTED (B1.1) OPTICAL FIBRE |
DIN EN 50173:2000-07 | INFORMATION TECHNOLOGY - GENERIC CABLING SYSTEMS |
DIN EN 188202 : 1996 | FAMILY SPECIFICATION: A1B GRADED INDEX MULTIMODE OPTICAL FIBRES |
DIN EN 188201 : 1996 | FAMILY SPECIFICATION: A1A GRADED INDEX MULTIMODE OPTICAL FIBRES |
DIN EN 187101 : 1996 | FAMILY SPECIFICATION: OPTICAL TELECOMMUNICATION CABLES TO BE USED IN DUCTS OR DIRECT BURIED APPLICATION |
VDE 0888-105 : 1996 | SECTIONAL SPECIFICATION: OPTICAL FIBRES A1 CATEGORY GRADED INDEX MULTIMODE |
DIN EN 188200 : 1996 | SECTIONAL SPECIFICATION: OPTICAL FIBRES A1 CATEGORY GRADED INDEX MULTIMODE |
DIN EN 188100 : 1996 | SECTIONAL SPECIFICATION: SINGLE-MODE (SM) OPTICAL FIBRE |
VDE 0888-106 : 1996 | FAMILY SPECIFICATION: A1A GRADED INDEX MULTIMODE OPTICAL FIBRES |
VDE 0888-3 : 1999 COR 1 2001 | OPTICAL FIBRE CABLES FOR TELECOMMUNICATION SYSTEMS - PART 3: OUTDOOR CABLES |
VDE 0888-6 : 1999 | OPTICAL FIBRE CABLES FOR COMMUNICATION SYSTEMS - PART 6: INDOOR CABLES WITH SEVERAL FIBRES |
VDE 0888-104 : 1996 | FAMILY SPECIFICATION: SINGLE-MODE DISPERSION SHIFTED (B2) OPTICAL FIBRES |
DIN VDE 0888-6 : 1999 | OPTICAL FIBRE CABLES FOR COMMUNICATION SYSTEMS - PART 6: INDOOR CABLES WITH SEVERAL FIBRES |
DIN EN 188102 : 1996 | FAMILY SPECIFICATION: SINGLE-MODE DISPERSION SHIFTED (B2) OPTICAL FIBRES |
VDE 0888-102 : 1996 | SECTIONAL SPECIFICATION: SINGLE-MODE (SM) OPTICAL FIBRE |
VDE 0888-109 : 1996 | FAMILY SPECIFICATION: OPTICAL TELECOMMUNICATION CABLES TO BE USED IN DUCTS OR DIRECT BURIED APPLICATION |
VDE 0888-103 : 1996 | FAMILY SPECIFICATION: SINGLE-MODE DISPERSION UNSHIFTED (B1.1) OPTICAL FIBRE |
VDE 0888-4 : 1999 | OPTICAL WAVEGUIDES FOR TELECOMMUNICATION SYSTEMS - PART 4: INDOOR CABLE WITH ONE OPTICAL FIBRE |
DIN VDE 0888-4 : 1999 | OPTICAL FIBRE CABLES FOR COMMUNICATION SYSTEMS - PART 4: INDOOR CABLES WITH ONE FIBRE |
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